CN111532511A

CN111532511A - Freight transportation equipment of joint sealing production line

Info

Publication number: CN111532511A
Application number: CN202010391489.5A
Authority: CN
Inventors: 徐国海
Original assignee: Individual
Current assignee: Individual
Priority date: 2020-05-11
Filing date: 2020-05-11
Publication date: 2020-08-14

Abstract

The invention discloses a freight device of a sealing production line, which structurally comprises: the invention realizes the matching of the trapezoid thin platen and the strut lifting pallet to form a cross-shaped expansion bearing lifting platform type stable freight carrier effect of combining an end face short shaft frame and a long blank pressing ladder frame, ensures the size of a box body to form an occlusion pressure through the pressing and embedding of the end face short shaft frame and the long blank pressing ladder frame extension plate, is matched with the lifting platform to operate and bear the connection stability of the horizontal position of a short-distance production line conveyor belt, ensures the flexibility and obstacle avoidance effect of single box body transportation after box sealing, improves the floor area of a large-scale freight conveyor belt, and enables machine scanning to replace sorting personnel to detect the box bodies one by one, and recovers and reprocesses unqualified products to ensure the box sealing quality of the whole production line.

Description

Freight transportation equipment of joint sealing production line

Technical Field

The invention relates to freight equipment of a sealing production line, belonging to the field of mechanical equipment.

Background

The joint sealing production line is that corrugated case board is folded, is turned over and is assembled into the fixed containing groove case structure of case groove reuse sticky tape, and makes things convenient for joint sealing production line's batch carton processing treatment effect, also improves the labour saving degree that carton encapsulation manual packaging one by one, promotes mechanical automation production effect, and the public shortcoming of treating the optimization of prior art has:

the box transport of joint sealing production line often carries out the erectting of long chain with the mode of roller and transmission band and carries, and cause the bulkiness and the occupation of land nature of whole production line like this, and the staff circulation is separated by the assembly line violently easily, cause later stage freight transportation to carry the letter sorting operation and produce loaded down with trivial details transmission sudden stop and slow operation phenomenon, influence transmission band advancing performance, and accept to the box behind the joint sealing and produce inertia upset and pound the pressure phenomenon, cause the freight transportation operation to the bad goods influence and the company of joint sealing production line to fold the case interference phenomenon, make the freight transportation operation become very heavy and the inflexible circumstances of changing.

Disclosure of Invention

Aiming at the defects in the prior art, the invention aims to provide freight equipment for a box sealing production line, which aims to solve the problems that the transportation of boxes of the box sealing production line is often carried out by erecting and conveying long chains in a roller and conveying belt mode, the whole production line is huge and occupied, the circulation of workers is easily separated by a production line, the late freight conveying and sorting operation generates complicated transmission sudden stop and slow operation phenomena, the propelling performance of the conveying belt is influenced, the box bearing after box sealing generates inertia overturning and smashing phenomena, the freight operation influences the dead goods of the box sealing production line and the interference phenomena of connected boxes and overlapped boxes, and the freight operation becomes very heavy and inflexible.

In order to achieve the purpose, the invention is realized by the following technical scheme: a freight transport equipment of a sealing production line structurally comprises: the infrared scanning bar and the trapezoidal thin bedplate are of an integrated structure and are positioned on the same horizontal plane, the shaft cam body and the moving wheel are both arranged below the bottom of the bottom casing groove, the limit sensor is embedded below the bottom of the front side end corner of the strut lifting saddle, the gel cushion plate is tightly attached to the top surface of the bottom casing groove and is positioned on the same horizontal plane, the gel cushion plate is tightly attached to the bottom surface of the strut lifting saddle and is positioned on the same horizontal plane, the strut lifting saddle is provided with an end face short shaft frame, a rotary piece lifting column, a long blank pressing ladder frame, a frame shell, an inner groove plate and vibration isolation spring seats, the end face short shaft frame is provided with two end face short shaft frames which are respectively arranged at the left side and the right side of the rotary piece lifting column, the long blank pressing ladder frame is provided with two long blank pressing ladder frames, the two long blank pressing ladder frames are respectively inserted and embedded in the upper side and the lower side of the rotary vane lifting columns, the rotary vane lifting columns are inserted and embedded in the frame shell and the inner groove plate and are perpendicular to each other, the frame shell and the inner groove plate are buckled together and are positioned on the same vertical surface, the vibration isolation spring seat is mechanically connected with the end face short shaft frame, and the inner groove plate is embedded and embedded under the bottom of the trapezoidal thin table plate and is positioned on the same horizontal surface.

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

as a further improvement of the invention, the end face short shaft bracket consists of a short batten, a bracket buckling block, an ear plate frame seat and a diagonal tension frame stay bar, wherein the short batten and the bracket buckling block are buckled together and are mutually vertical, and the bracket buckling block is mechanically connected with the ear plate frame seat through the diagonal tension frame stay bar and is positioned on the same vertical plane.

As a further improvement of the invention, the strut fastening block consists of an inclined rod frame, a strip frame pull frame, two counterweight wheel grooves and a fastening plate block, wherein the inclined rod frame is nested on the left side of the counterweight wheel grooves and is positioned on the same vertical surface, the strip frame pull frame is provided with two counterweight wheel grooves which are respectively inserted and nested on the upper side and the lower side of the counterweight wheel grooves, and the counterweight wheel grooves and the fastening plate block are fastened together.

As a further improvement of the invention, the rotor lifting column consists of a through hole ear plate piece, a tail fin, a rotary swing support rod and a shaft rod column barrel, wherein the through hole ear plate piece and the tail fin are tightly attached together and are positioned on the same vertical surface, and the rotary swing support rod is mechanically connected with the shaft rod column barrel through the through hole ear plate piece, and the axes of the rotary swing support rod and the shaft rod column barrel are collinear.

As a further improvement of the invention, the through hole lug plate is composed of a blind through hole groove, a clamping plate, a lug plate block and a folding ball rod frame, wherein the clamping plate is inserted and embedded at the right side of the blind through hole groove, the blind through hole groove is embedded and embedded at the left side of the lug plate block and is positioned on the same vertical surface, and the folding ball rod frame is installed inside the lug plate block.

As a further improvement of the invention, the empennage fin consists of a reinforcing rib rod frame, a fin groove, a wheel frame and a counter-pulling frame, wherein the reinforcing rib rod frame is inserted and embedded in the fin groove, the reinforcing rib rod frame and the counter-pulling frame are welded into a whole and are positioned on the same vertical surface, and the counter-pulling frame is arranged in the wheel frame.

As a further improvement of the invention, the long blank holder ladder frame consists of a plunger rod, a gradient liner plate seat, a connecting rod frame and an arc groove convex pad strip, wherein the plunger rod is inserted and embedded on the top of the gradient liner plate seat, the connecting rod frame and the arc groove convex pad strip are buckled together and positioned on the same vertical surface, and the gradient liner plate seat and the arc groove convex pad strip are tightly adhered into a whole.

As a further improvement of the invention, the gradient lining plate seat consists of a bow shaft rod, a lining plate, a hammer ball rod and a gradient wheel belt frame, wherein the bow shaft rod is inserted in the lining plate and is positioned on the same horizontal plane, the bow shaft rod is movably connected with the hammer ball rod, and the bow shaft rod is mechanically connected with the gradient wheel belt frame.

As a further improvement of the invention, the counterweight wheel groove is of a fan plate wheel groove structure with a semicircular groove edge block on the left side, so that the output and rotary shrinkage pressing and buckling effects of the whole extension plate frame can be guided when the semicircular fan plate counterweight sweeping brush is convenient, and the edge strip pressing and buckling tightness of box sealing freight is improved.

As a further improvement of the invention, the louver through-hole groove is a combined through-hole groove structure with left and right inclined frame louver air pressure grooves in a round frame, so that a spiral pushing effect is formed by matching air pressure in the circling ventilation operation of the through-hole, and the horizontal butt joint stability of the load-bearing carton of the lifting freight platform is improved.

As a further improvement of the invention, the fin groove is of a plate groove structure with a round top edge on the right side of the large trapezoidal groove on the left side, so that the plate surface of the lug is pressed by the trapezoidal groove conveniently, the round top edge is matched with radian to form a screwing-out pushing effect of sliding lining row pressure, and the inward deflection lifting operation of the lifting column barrel is ensured.

As a further improvement of the invention, the gradient wheel belt frame is a stacked wheel belt structure with a bearing narrow wheel in the middle of the groove blocks with the thick wheels at the upper part and the lower part, and the effect of propelling the gradient dragging, stretching and contracting output plate block is conveniently formed at the upper position and the lower position.

Advantageous effects

The invention relates to a freight device of a sealing production line, wherein a worker guides a box body short-distance conveyor belt of the sealing production line to an infrared scanning bar and a trapezoidal thin bedplate, and during the Bluetooth operation of the worker, the flexible displacement and the adaptive limit sensor are formed under a bottom shell groove through a shaft cam body and a moving wheel to form the obstacle avoidance function effect, then the frame shell and an inner groove plate are driven by a support frame lifting support platform at the top of a gel backing plate to bear the trapezoidal thin bedplate, a through hole lug plate of a manual systematized remote operation rotary plate lifting column presses and pushes a tail fin to be circularly lifted and settled from a shaft rod column cylinder under the winding of a rotary swing support rod, a shutter through hole groove bounces a folding ball rod frame under the pressing and buckling of a clamping plate and the lug plate to form a side inertia circular pressure effect, and then the reinforcing rib rod frame is connected with a fin groove plug-in wheel frame and is linked with a plate of a pull lock buckle next link, the chain belt type recursive lifting folding effect is formed, the short shaft frame and the long blank pressing ladder frame on the whole end face are guaranteed to form plate ductility to press the box body to prevent tripping under the action of traction and vibration isolation of the vibration isolation spring seat, during the process, after the short blank pressing plate and the diagonal rod frame of the strut buckling block and the strip frame pulling frame are buckled, the counterweight wheel groove swings in the buckling plate block to drag the diagonal pulling frame stay bar to be linked with the lug plate frame seat, the covering snap-in force of the shaft end edges of the front end and the rear end of the box sealing body is formed, freight equipment of a box sealing production line is enabled to obtain flexible lifting operation and flexible adaptation degree of lifting different box body sizes by the transverse and longitudinal extending plate, and flexibility and floor area saving degree of the whole freight equipment are guaranteed.

The invention has the following advantages after operation:

the device is characterized in that a trapezoidal thin platen is matched with a strut lifting saddle, the effect of a lifting platform type stable freight carrier is accepted through the trapezoidal thin platen along a cross extension of an inner groove plate rotating rotary sheet lifting column on the acceptance of a sealing production line to form an end face short shaft frame and a long blank pressing ladder frame combination, the size of a box body is ensured to form an occlusion pressure through the pressing embedding of the end face short shaft frame and the long blank pressing ladder frame extension plate, the operation of the lifting table is matched to accept the handing-over stability of the horizontal position of a conveyor belt of a short-distance production line, the transportation flexibility and obstacle avoidance effect of a single box body after the box sealing are ensured, the floor area of a large freight conveyor belt is improved, machine scanning is used for replacing sorting personnel to detect the packaging box body one by one, unqualified products are recycled and reprocessed, and the.

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 freight device of a sealing production line of the invention.

FIG. 2 is a detailed schematic top view sectional structure of the bracket lifting support table, the end face short shaft frame, the rotary vane lifting column and the long blank holder ladder frame of the present invention.

Fig. 3 is a schematic view of the aerial view cross section structure of the strut buckle block in the working state of the invention.

Fig. 4 is an enlarged structural diagram of the top cross section of the through-hole ear plate in the working state of the invention.

FIG. 5 is an enlarged structural view of the operational state of the empennage fin of the present invention.

FIG. 6 is a schematic bottom sectional view of the gradient liner seat according to the present invention.

Description of reference numerals: an infrared scanning bar-1, a trapezoidal thin bedplate-2, a strut lifting saddle-3, a gel base plate-4, a bottom shell groove-5, a shaft cam body-6, a moving wheel-7, a limit sensor-8, an end face short shaft bracket-3A, a rotary vane lifting column-3B, a long edge pressing ladder bracket-3C, a frame shell-3D, an inner groove plate-3E, a vibration isolation spring seat-3F, a short pressing strip plate-3A 1, a strut buckle block-3A 2, an ear plate frame seat-3A 3, a diagonal tension frame strut-3A 4, an oblique rod frame-3A 21, a strip frame pull frame-3A 22, a counterweight wheel groove-3A 23, a buckle plate-3A 24, a through hole ear plate sheet-3B 1, an empennage fin-3B 2, a rotary swing strut-3B 3, a column cylinder-3B 4, a shaft cam body-6, a short pressing wheel-8, a short pressing plate-3A, The device comprises a shutter through hole groove-3B 11, a splint-3B 12, an ear plate block-3B 13, a folding ball rod frame-3B 14, a reinforcing rib rod frame-3B 21, a fin groove-3B 22, a wheel frame-3B 23, a counter-pulling frame-3B 24, a plunger rod-3C 1, a gradient lining plate seat-3C 2, a connecting rod frame-3C 3, an arc groove convex pad strip-3C 4, a bow-shaped shaft rod-3C 21, a lining plate-3C 22, a hammer ball rod-3C 23 and a gradient wheel band frame-3C 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 6, the present invention provides a shipping apparatus for a sealing production line, which comprises: the infrared scanning bar-type laser scanning device comprises an infrared scanning bar 1, a trapezoidal thin platen 2, a strut lifting saddle 3, a gel base plate 4, a bottom shell groove 5, a shaft cam body 6, a moving wheel 7 and a limit sensor 8, wherein the strut lifting saddle 3 is nested below the bottom of the trapezoidal thin platen 2 and is positioned on the same horizontal plane, the infrared scanning bar 1 and the trapezoidal thin platen 2 are of an integrated structure and are positioned on the same horizontal plane, the shaft cam body 6 and the moving wheel 7 are both installed below the bottom of the bottom shell groove 5, the limit sensor 8 is nested below the bottom of a front side end corner of the strut lifting saddle 3, the gel base plate 4 is tightly attached to the top surface of the bottom shell groove 5 and is positioned on the same horizontal plane, the gel base plate 4 is tightly attached to the bottom of the strut lifting saddle 3 and is positioned on the same horizontal plane, the strut lifting saddle 3 is provided with an end face short shaft bracket 3A, a rotary sheet lifting column 3B, a long edge pressing, Frame casing 3D, interior frid 3E, vibration isolation spring seat 3F, the short pedestal 3A of terminal surface is equipped with two and installs respectively in the left and right sides of spinning piece lift post 3B, long blank pressing ladder frame 3C is equipped with two and inserts respectively and inlays the upper and lower both sides at spinning piece lift post 3B, spinning piece lift post 3B inserts and inlays the inside and mutually perpendicular at frame casing 3D and interior frid 3E, frame casing 3D and interior frid 3E lock are in the same place and on same vertical face, vibration isolation spring seat 3F and the short pedestal 3A mechanical connection of terminal surface, interior frid 3E nestification is under the bottom of trapezoidal thin platen 2 and on same horizontal plane.

Referring to fig. 2, the end face short shaft bracket 3A is composed of a short pressing strip 3A1, a bracket buckle 3A2, an ear plate frame seat 3A3, and a diagonal tension bracket brace 3A4, the short pressing strip plates 3A1 and the bracket buckle block 3A2 are buckled together and are perpendicular to each other, the bracket buckle block 3A2 is mechanically connected with the ear plate frame seat 3A3 through the inclined pulling frame support rod 3A4 and is positioned on the same vertical plane, the rotary vane lifting column 3B consists of a through hole ear plate piece 3B1, a tail fin 3B2, a rotary swing brace rod 3B3 and a shaft rod column barrel 3B4, the through-hole otic placode pieces 3B1 and the tail fin 3B2 are closely attached together and are on the same vertical plane, the swing stay 3B3 is mechanically connected with the shaft rod column barrel 3B4 through a through hole ear plate 3B1 and the axis is collinear, the through-hole ear plate pieces 3B1 are convoluted to drive the inclined pull frame support rods 3A4 to push and extend left and right, so that the extension and lifting smoothness of the plate support are crossed and adapted.

Referring to fig. 3, the bracket fastening block 3a2 is composed of an inclined rod frame 3a21, a bar frame pulling frame 3a22, a counterweight wheel groove 3a23, and a fastening plate 3a24, the sway bar frame 3a21 nests on the left side of the counterweight wheel groove 3a23 and is on the same vertical plane, the two strip frame pulling frames 3A22 are respectively inserted and embedded on the upper and lower sides of the counterweight wheel groove 3A23, the counterweight wheel groove 3A23 is buckled with the buckle plate 3A24, the counterweight wheel groove 3A23 is a fan plate wheel groove structure with a semicircular groove edge block on the left side, the output and rotary contraction pressing and buckling effect of the whole extension plate frame can be guided when the semicircular fan plate counterweight sweeper is convenient, the edge strip pressing and buckling tightness of the box sealing freight is improved, the side of the inclined rod frame 3A21 and the strip frame pulling frame 3A22 forms a rod piece pressing buckle to enhance the close contact effect, so that the pressing buckle of the extension plate is prevented from slipping, and the rigor of box sealing and freight transportation is guaranteed.

Referring to fig. 4, the through-hole ear plate 3B1 is composed of a blind through-hole slot 3B11, a clamping plate 3B12, an ear plate block 3B13, and a folding club frame 3B14, the clamping plate 3B12 is inserted and embedded at the right side of the blind through hole groove 3B11, the blind through hole groove 3B11 is embedded at the left side of the lug plate 3B13 and is positioned on the same vertical plane, the folding ball rod frame 3B14 is arranged inside the ear plate 3B13, the louver through hole groove 3B11 is a combined through hole groove structure with louver wind pressure grooves of left and right oblique frames in a round frame, so that a spiral pushing effect is formed by matching wind pressure in the circling ventilation operation of through holes conveniently, the horizontal butt joint stability of the load-bearing carton of the lifting freight platform is improved, the lifting pushing-up and folding sedimentation effects of a rotary acting force are formed by the ventilation, pushing and pressing of the louver through-hole grooves 3B11 and the folding and folding of the folding ball rod rack 3B14, and the stable operation of the continuous action of the whole column is guaranteed.

Referring to fig. 5, the fin 3B2 of the tail wing is composed of a reinforcing rib rod frame 3B21, a fin slot 3B22, a wheel frame 3B23 and a counter-pull frame 3B24, the reinforcing rib rod frame 3B21 is inserted into the fin slot 3B22, the reinforcing rib rod frame 3B21 and the counter-pull frame 3B24 are welded into a whole and are located on the same vertical surface, the counter-pull frame 3B24 is installed inside the wheel frame 3B23, the top edge of the fin slot 3B22 is a plate slot structure with a circle on the right side of a large trapezoidal slot on the left side, so that the trapezoidal slot presses a buckle ear plate surface and simultaneously the circle adapts to a radian to form a screwing-out pushing effect of slide lining row pressing, the lifting operation of the inward-biased top edge of the lifting column barrel is ensured, a winding buckle linkage effect of an interactive laminated plate is formed by the traction of the counter-pull frame 3B24 through the fin slot 3B22, and a lock chain type integrated linkage effect is ensured.

The working process is as follows: the working personnel lead the box body of the box sealing production line to the infrared scanning bar 1 and the trapezoidal thin bedplate 2 by a short-distance conveyor belt, and during the Bluetooth operation of the working personnel, the flexible displacement and the adaptive limit sensor 8 are formed under the bottom shell groove 5 by the shaft cam body 6 and the moving wheel 7 to form the obstacle avoidance function effect, the frame shell 3D and the inner groove plate 3E are driven by the supporting frame lifting saddle 3 at the top of the gel base plate 4 to bear the trapezoidal thin bedplate 2, the through hole ear plate 3B1 of the manual systematized remote operation rotary vane lifting column 3B presses and pushes the tail vane 3B2 to be circularly lifted and settled from the shaft rod cylinder 3B4 under the winding of the rotary swing supporting rod 3B3, the shutter through hole groove 3B11 is enabled to elastically move the folding ball rod frame 3B14 under the pressing buckle of the clamping plate 3B12 and the ear plate block 3B13 to form an edge side inertial pressure effect, and then the rotary vane rod 3B21 and the fin groove 3B22 are connected with the pulling wheel frame 3B23 to be locked with the pulling frame 3B24, the chain belt type pushing, lifting and folding effect is formed, the short shaft frame 3A and the long edge pressing ladder frame 3C on the whole end face are guaranteed to form plate ductility to press a box body to prevent tripping under the traction and vibration isolation action of the vibration isolation spring seat 3F, in the process, after the short edge pressing plate 3A1 and the diagonal rod frame 3A21 and the strip frame pulling frame 3A22 of the support buckling block 3A2 are buckled in a pressing mode, the counterweight wheel groove 3A23 swings in the buckling plate 3A24 to drag the diagonal pulling frame support rod 3A4 to be linked with the ear plate frame seat 3A3, the pressing and covering clamping force of the edge of the front end shaft end and the rear end shaft end of the box body is formed, the freight equipment of the box sealing production line is enabled to obtain flexible lifting operation and flexible adaptation degree of different box body sizes of lifting of the longitudinal extending plate, and flexibility and floor area saving degree of the whole freight equipment are guaranteed.

Example two:

referring to fig. 1 to 6, the present invention provides a shipping apparatus for a box sealing production line, which is otherwise the same as embodiment 1 except that:

referring to fig. 2, the long blank holder ladder rack 3C is composed of a plunger rod 3C1, a gradient liner base 3C2, a link rack 3C3 and an arc groove convex pad strip 3C4, the plunger rod 3C1 is inserted and embedded on the top of the gradient liner base 3C2, the link rack 3C3 is buckled with the arc groove convex pad strip 3C4 and is located on the same vertical plane, the gradient liner base 3C2 and the arc groove convex pad strip 3C4 are tightly attached to form a whole, the arc groove convex pad strip 3C4 is pushed out through the gradient liner base 3C2 to form a liner rack push-up, and the pressing operation of the edge of the box sealing along the surface is guaranteed.

Referring to fig. 6, the gradient liner seat 3C2 is composed of a bow-shaped shaft rod 3C21, a liner plate 3C22, a hammer ball rod 3C23, and a gradient wheel belt frame 3C24, the bow-shaped shaft rod 3C21 is inserted into the liner plate 3C22 and is located on the same horizontal plane, the bow-shaped shaft rod 3C21 is movably connected with the hammer ball rod 3C23, the bow-shaped shaft rod 3C21 is mechanically connected with the gradient wheel belt frame 3C24, the gradient wheel belt frame 3C24 is a stacked wheel belt structure with thick wheel blocks and intermediate belt bearing narrow wheels, so that the upper and lower positions form a gradient dragging and stretching and contracting output plate block pushing effect, the hammer ball rod 3C23 and the gradient wheel belt frame 3C24 form an intermediate wheel deceleration friction through the bow-shaped shaft rod 3C21, and the gradient wheel stretching and stretching effect is formed after the intermediate wheel deceleration friction, and the bottom edge of the box sealing plate is accurately guaranteed.

After the conveying of the lifting freight is carried out through pressing and lifting pushing at the edge of the end position of the sealing box in the previous stage, the cross anti-skid performance in the later stage is realized, the plunger rod 3C1 of the long edge pressing ladder frame 3C pushes the gradient lining plate seat 3C2 to open the pushing arc groove convex gasket strip 3C4 on the connecting rod frame 3C3, so that the bow-shaped shaft rod 3C21 surrounds the hammer ball pressing rod 3C23 and the gradient wheel belt frame 3C24 in the lining plate 3C22 to decelerate and slowly push, the integral single-side pressing slip phenomenon is changed, and the extending and clamping operation effect of the cross frame plate is improved.

The invention uses the combination of the components to achieve the aim of using the trapezoidal thin bedplate 2 to be matched with the strut lifting pallet 3, forming a cross-shaped expansion bearing lifting platform type stable freight carriage effect of combining the end face short shaft frame 3A and the long edge pressing ladder frame 3C on the bearing of the sealing production line by the trapezoidal thin bedplate 2 along the inner groove plate 3E rotating the rotary sheet lifting column 3B, ensuring the size of the box body to form an occlusion pressure through the pressing embedding of the end face short shaft frame 3A and the long edge pressing ladder frame 3C, matching with the operation of the lifting platform to bear the horizontal position transition stability of the short-distance production line conveyor belt, ensuring the transportation flexibility and the obstacle avoidance effect of the single box body after sealing, improving the floor area of the large-scale freight conveyor belt, and scanning a machine to replace a sorting person to detect the box bodies one by one, recycling and reprocessing unqualified products, and ensuring the sealing quality of the whole production line, the box that solves the joint sealing production line with this carries often carries out the erectting of long chain with the mode of roller and transmission band and carry, and cause the bulkiness and the occupation of land nature of whole production line like this, and the staff circulation is separated by the assembly line violently easily, cause later stage freight transportation to carry the letter sorting operation and produce loaded down with trivial details transmission sudden stop and slow operation phenomenon, influence transmission band advancing performance, and accept to the box behind the joint sealing and produce inertia upset and pound the pressure phenomenon, cause the freight transportation operation to influence the stagnant goods of joint sealing production line and take the case interference phenomenon of folding, make the freight transportation operation become the problem of the very heavy and inflexible condition.

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. A freight transport equipment of a sealing production line structurally comprises: infrared scanning strip (1), trapezoidal thin platen (2), strut lift saddle (3), gel backing plate (4), drain pan groove (5), axle cam body (6), removal wheel (7), spacing sensor (8), its characterized in that:

the bracket lifting support table (3) is nested below the bottom of the trapezoidal thin platen (2), the infrared scanning bar (1) and the trapezoidal thin platen (2) are of an integral structure, the shaft cam body (6) and the moving wheel (7) are both arranged below the bottom of the bottom shell groove (5), the limit sensor (8) is nested below the bottom of the front side end corner of the bracket lifting support table (3), the gel cushion plate (4) is tightly attached to the top surface of the bottom shell groove (5), and the gel cushion plate (4) is tightly attached to the bottom surface of the bracket lifting support table (3);

the strut lifting support table (3) is provided with an end face short shaft frame (3A), a rotary vane lifting column (3B), a long edge pressing ladder frame (3C), a frame shell (3D), an inner groove plate (3E) and a vibration isolation spring seat (3F);

the end face short shaft frame (3A) is provided with two and is respectively installed at the left side and the right side of the rotary vane lifting column (3B), the long blank pressing ladder frame (3C) is provided with two and is respectively inserted and embedded at the upper side and the lower side of the rotary vane lifting column (3B), the rotary vane lifting column (3B) is inserted and embedded in the frame shell (3D) and the inner groove plate (3E), the frame shell (3D) is buckled with the inner groove plate (3E) together, the vibration isolation spring seat (3F) is mechanically connected with the end face short shaft frame (3A), and the inner groove plate (3E) is nested below the bottom of the trapezoidal thin bedplate (2).

2. The shipping equipment of the box sealing production line according to claim 1, wherein: the short pedestal of terminal surface (3A) is detained piece (3A2), otic placode frame seat (3A3), oblique draw frame vaulting pole (3A4) by short pressure slat (3A1), strut and is constituteed, short pressure slat (3A1) is detained piece (3A2) with the strut and is detained and be in the same place, the strut is detained piece (3A2) and otic placode frame seat (3A3) mechanical connection through oblique draw frame vaulting pole (3A 4).

3. The shipping equipment of the box sealing production line according to claim 2, wherein: the strut buckle block (3A2) is composed of an inclined rod frame (3A21), a strip frame pull frame (3A22), a counterweight wheel groove (3A23) and a buckle plate block (3A24), wherein the inclined rod frame (3A21) is nested on the left side of the counterweight wheel groove (3A23), the strip frame pull frame (3A22) is provided with two parts which are respectively inserted into the upper side and the lower side of the counterweight wheel groove (3A23), and the counterweight wheel groove (3A23) and the buckle plate block (3A24) are buckled together.

4. The shipping equipment of the box sealing production line according to claim 1, wherein: the rotor lifting column (3B) is composed of a through hole ear plate piece (3B1), a tail fin (3B2), a rotary swing stay bar (3B3) and a shaft rod column barrel (3B4), the through hole ear plate piece (3B1) is tightly attached to the tail fin (3B2), and the rotary swing stay bar (3B3) is mechanically connected with the shaft rod column barrel (3B4) through the through hole ear plate piece (3B 1).

5. The shipping equipment of the box sealing production line according to claim 4, wherein: the through-hole ear plate piece (3B1) comprises a louver through-hole groove (3B11), a clamping plate (3B12), an ear plate piece (3B13) and a folding ball rod frame (3B14), wherein the clamping plate (3B12) is inserted and embedded on the right side of the louver through-hole groove (3B11), the louver through-hole groove (3B11) is embedded on the left side of the ear plate piece (3B13), and the folding ball rod frame (3B14) is installed inside the ear plate piece (3B 13).

6. The shipping equipment of the box sealing production line according to claim 4, wherein: the fin (3B2) of the empennage consists of a reinforcing rib rod frame (3B21), a fin groove (3B22), a wheel frame (3B23) and a counter-pulling frame (3B24), the reinforcing rib rod frame (3B21) is inserted into the fin groove (3B22), the reinforcing rib rod frame (3B21) and the counter-pulling frame (3B24) are welded into a whole, and the counter-pulling frame (3B24) is installed inside the wheel frame (3B 23).

7. The shipping equipment of the box sealing production line according to claim 1, wherein: long blank pressing ladder frame (3C) comprises plunger rod (3C1), gradient liner plate seat (3C2), connecting rod frame (3C3), arc groove protruding backing strip (3C4), plunger rod (3C1) are inserted and are inlayed on the top of gradient liner plate seat (3C2), connecting rod frame (3C3) and arc groove protruding backing strip (3C4) lock together, gradient liner plate seat (3C2) hug closely integratively with arc groove protruding backing strip (3C 4).

8. The shipping equipment of the box sealing production line according to claim 7, wherein: the gradient lining plate seat (3C2) is composed of a bow-shaped shaft rod (3C21), a lining plate (3C22), a hammer-pressing ball rod (3C23) and a gradient wheel belt frame (3C24), wherein the bow-shaped shaft rod (3C21) is inserted and embedded in the lining plate (3C22), the bow-shaped shaft rod (3C21) is movably connected with the hammer-pressing ball rod (3C23), and the bow-shaped shaft rod (3C21) is mechanically connected with the gradient wheel belt frame (3C 24).