CN220221358U - Box folding mechanism convenient for specification adjustment - Google Patents

Abstract

The utility model provides a roll over case mechanism convenient to adjustment specification, relates to ceramic package production technical field, including frame, a pair of conveying mechanism position adjustment mechanism of setting in the frame, a pair of minor face hem position adjustment mechanism of setting in the frame, a pair of conveying mechanism that sets up side by side, a pair of long limit hem mechanism, a pair of minor face hem mechanism, be provided with the long limit of carton on conveying mechanism's the conveying support and erect the mechanism, a pair of conveying mechanism position adjustment mechanism is located the both ends of a pair of conveying mechanism that sets up side by side respectively. Compared with the prior art, the folding mechanism has the advantages of simple and reliable paper folding box process, no damage to the paper box, and automatic position adjustment of each folding mechanism according to the specification of the ceramic tile so as to adapt to the requirements of the paper folding box of the ceramic tile with new specification.

Description

Box folding mechanism convenient for specification adjustment

Technical Field

The utility model relates to the technical field of packaging in ceramic production, in particular to a box folding mechanism convenient for specification adjustment.

Background

The existing paper folding box process of ceramic tile package is that the paper box plate and the brick stack on the paper box plate enter a transmission mechanism, as the paper box plate and the brick stack on the paper box plate enter, the long side of the paper box plate is erected by a long side erecting mechanism of the paper box, after the paper box plate and the brick stack on the paper box plate enter the transmission mechanism completely, the short side mechanism of the paper folding box at the input end and the output end of the transmission mechanism acts to fold the left and right short sides of the paper box plate on the brick stack, then the long side mechanisms of more than two pairs of sub paper folding boxes of the long side mechanisms of the paper folding box at the front side and the rear side of the transmission mechanism act to fold the front and rear long sides of the paper box plate on the brick stack, and the long side folded on the long side covers the short side folded on the short side, so that the paper folding work is completed.

Because the specifications of the ceramic tiles to be packaged are different, and the ceramic tiles of different specifications all need to be adjusted for equipment, as disclosed in patent CN2019211637492, the folding unit comprises a bracket, a transverse guide rail arranged on the bracket, a transverse rack arranged beside the transverse guide rail, short edge folding members symmetrically arranged on the transverse guide rail left and right, a long edge folding member arranged on the bracket and positioned in the middle of the two short edge folding members, the short edge folding members comprise sliding plates arranged on the transverse guide rail, a first motor mechanism fixed on the sliding plates, a first gear driven by the first motor mechanism and meshed with the transverse rack, a vertical guide rail fixed on the sliding plates, a vertical sliding plate arranged on the vertical guide rail, a vertical rack fixed on the vertical sliding plate, a second motor mechanism fixed on the sliding plates, a second gear driven by the second motor mechanism and meshed with the vertical rack, a first cylinder fixed on the vertical sliding plate, a short edge folding plate arranged on the left and right, a second cylinder fixed on the sliding plate, a base fixed on the sliding plate driven by the second cylinder, a third folding plate fixed on the sliding plate, a third cylinder set fixed on the sliding plate and a third cylinder set fixed on the sliding plate, and a third cylinder set fixed on the sliding plate set and a long edge seat fixed on the sliding plate.

When the folding mechanism is used, two folding units which are arranged in a front-back symmetrical mode are respectively fixed on the belt transmission mechanism unit supports of the two belt transmission mechanism units forming the belt transmission mechanism of the packer, thus, the distance between the two belt transmission mechanism units is adjusted according to the tile specifications, the front-back distance of the forming mechanism is synchronously adjusted, then, the first motor mechanism is started, and as the rotation speed of the motor, the transmission of the gear and the rack are precisely controllable, the distance of relative movement of the gear and the rack can be precisely controlled through controlling the rotation of the motor, and then, the position of the short edge folding of the forming mechanism is precisely and rapidly adjusted to adapt to the requirements of packing tiles with different specifications, and meanwhile, the ascending distance of the sliding seat driven by the second motor mechanism and the third motor mechanism can be precisely controlled to adapt to the packing requirements of the tile pile heights of tiles with different specifications, so that the forming mechanism is rapidly and accurately adjusted according to the packed specifications.

When the paper box is folded, the second motor mechanisms of the four short edge folding members of the two folding units move simultaneously, the vertical racks and the second gears drive the vertical sliding plates to move upwards, the short edges of the paper box are folded into a vertical shape through the inverted L-shaped folding short edge plates, then, the second cylinder moves to lift the side-turning L-shaped folding short edge plates to the small edges of the paper box, the third cylinder moves to drive the folding short edge plates to extend forwards, the small edges of the paper box are folded to lean against the side surfaces of the ceramic tile stacks in the paper box, the first cylinder moves to drive the folding short edge plates to extend forwards, the short edges of the vertical paper box are refolded and lean against the top surfaces of the ceramic tile stacks in the paper box, the third motor mechanisms of the two long edge folding edge members of the two folding units drive the sliding seats to move upwards, the long edge folding edge plates in the L shape are driven to move upwards, the long edges of the paper box are folded into the vertical shape, and then, the cylinder group moves to drive the folding long edge plates to extend forwards, and the long edges of the vertical paper box are folded, and the top surfaces of the paper box are leaned against the ceramic tile stacks in the paper box, and the folding is completed.

The technology solves the problem of rapid adjustment of equipment according to tiles with different specifications, but the paper folding box has complex process, for example, when folding short sides, two short side folding members are required to synchronously act to fold the short sides of the same side, and because the two short side folding members are respectively driven by different power, asynchronous phenomenon can occur, for example, when folding long sides, the L-shaped folding long side plate adopting the long side folding member moves upwards, firstly bends the long side of the paper box into a vertical shape, then moves horizontally and bends the upper part of the long side into a horizontal shape, and the paper box needs to be bent into a vertical shape from the side of the ceramic tile, and the L-shaped folding long side plate needs to move upwards from the side of the ceramic tile.

Patent CN2022103858112 discloses a case folding technique, when the case is folded, the cardboard box plate and the brick pile on the cardboard box plate enter the transmission mechanism, as the cardboard box plate and the brick pile on the cardboard box plate enter, the long side of the cardboard box plate is erected by the long side erecting mechanism, after the cardboard box plate and the brick pile on the cardboard box plate enter the transmission mechanism completely, the short side mechanism of the paper folding case at the input end and the output end of the transmission mechanism acts, the left and right short sides of the cardboard box plate are folded on the brick pile, then, the long side mechanism acts of more than two pairs of sub-paper folding case long side mechanisms of the paper folding case long side mechanisms positioned at the front and rear sides of the transmission mechanism, the front and rear long sides of the cardboard box plate are folded on the brick pile, the long side upper parts of the short side folded long side cover the long side, then, the transmission mechanism sends the folded cardboard box plate with the brick pile into the next procedure, as the folded cardboard box plate with the brick pile leaves the transmission mechanism moves, the long side mechanism units of the paper folding paper box with the brick pile leaves the transmission mechanism, the paper box with the folded paper pile leaves the transmission mechanism, the paper box plate with the reset range and the folded paper pile can enter the long side of the paper pile after the paper box plate is reset, and the paper pile can not enter the long side of the paper pile after the paper box is folded by the paper box.

The technology solves the problems of the prior paper folding boxes, but can not automatically adjust the positions of all folding mechanisms according to the specifications of the tiles so as to adapt to the requirements of the paper folding boxes of the tiles with new specifications.

Disclosure of Invention

The utility model aims to provide a folding box mechanism which is simple and reliable in process, does not hurt a paper box, can automatically adjust the positions of folding mechanisms according to the specifications of ceramic tiles, and is convenient for adjusting the specifications, so as to adapt to the requirements of the folding boxes of the ceramic tiles with new specifications.

The utility model discloses a box folding mechanism convenient for specification adjustment, which is realized by the following steps of a frame, a pair of conveying mechanism position adjusting mechanisms arranged on the frame, a pair of short edge folding position adjusting mechanisms arranged on the frame, a pair of conveying mechanisms arranged side by side, a pair of long edge folding mechanisms and a pair of short edge folding mechanisms, wherein a carton long edge standing mechanism is arranged on a conveying support of the conveying mechanisms, the pair of conveying mechanism position adjusting mechanisms are respectively positioned at two ends of the pair of conveying mechanisms arranged side by side, the conveying mechanism position adjusting mechanisms comprise a first sliding rail arranged on the frame, a first pair of sliding blocks sliding along the first sliding rail, a first screw rod arranged on the frame in a rotating way, a first motor mechanism arranged on the frame and driving the first screw rod to rotate, a first nut is arranged on the first sliding block, the first nut is connected on the first screw rod in a rotating way, the front end of a conveying support of the conveying mechanism arranged side by side is respectively fixed on the first sliding block of the first conveying mechanism position adjusting mechanism, a second pair of conveying mechanisms arranged side by side are respectively arranged on the first sliding block, the second sliding rail is arranged on the second sliding rail in a rotating way, the second screw rod is arranged on the opposite direction of the second sliding mechanism, the second screw rod is arranged on the frame, the second sliding mechanism is arranged on the second sliding rail in a rotating way, and the second sliding mechanism is opposite to the first screw rod is arranged on the first screw rod, and the first screw nut is in a screw direction opposite direction The folding mechanism comprises a movable frame, a long side folding member and a second power driving mechanism, wherein the long side folding member is fixed on the rotating rod and is used for folding the short side of the paper box from a horizontal flat plate surface state to an inverted L-shaped state, the second power driving mechanisms are respectively arranged on corresponding second sliding blocks of the two short side folding position adjusting mechanisms and drive the same rotating rod to rotate, two ends of the rotating rod are respectively rotated and arranged on matched second sliding blocks of the two short side folding position adjusting mechanisms, the long side folding mechanism comprises the movable frame, the long side folding member is arranged on the movable frame in a swinging mode and is used for folding the upper portion of the long side of the paper box inwards, and the second power driving mechanism is arranged on the movable frame and used for driving the long side folding member to swing, and the movable frame is fixed on a conveying support of the corresponding conveying mechanism.

During operation, according to the ceramic tile package specification, the first motor mechanism of the position adjusting mechanism of the pair of conveying mechanisms respectively synchronously drives the two first screw rods to rotate, synchronously drives the two first nuts of the position adjusting mechanism of the pair of conveying mechanisms to relatively move, so that the two first sliding blocks of the position adjusting mechanism of the pair of conveying mechanisms relatively move, and the pair of conveying mechanisms which are arranged side by side are driven to relatively move, so that the gap between the pair of conveying mechanisms which are arranged side by side is adjusted to adapt to the ceramic tile package transportation of corresponding specification, the position adjustment of the long edge folding mechanism and the long edge standing mechanism of the carton is synchronously driven to adapt to the long edge folding of the ceramic tile package of corresponding specification, and simultaneously, the second motor mechanism of the position adjusting mechanism of the pair of short edge folding mechanisms respectively synchronously drives the two second screw rods to rotate, and synchronously drives the two second sliding blocks of the position adjusting mechanism of the pair of short edge folding mechanisms to relatively move, so that the pair of short edge folding mechanisms are driven to relatively move, and the position of the pair of short edge folding mechanisms is adjusted to adapt to the ceramic tile package transportation of corresponding specification.

When the paper box is folded, the paper box plate and the brick stack on the paper box plate enter the conveying mechanism, the long side of the paper box plate is erected by the long side erecting mechanism along with the entering of the paper box plate and the brick stack on the paper box plate, after the paper box plate and the brick stack on the paper box plate enter the conveying mechanism completely, the long side of the paper box plate is pushed by the long side erecting mechanism of the paper box to be vertical to lean against the brick stack, then the short side edge folding mechanism of the input end and the output end of the conveying mechanism acts, the left and right short sides of the paper box plate are folded on the brick stack, the long side edge folding mechanisms on the front side and the rear side of the conveying mechanism act, the upper parts of the front and rear long sides of the paper box plate are folded on the brick stack, the upper parts of the short sides of the paper box plate are pressed below, and then the conveying mechanism conveys the folded paper box plate with the brick stack to the next procedure.

The position of the conveying mechanism and the position of the short edge folding mechanism can be conveniently and rapidly adjusted according to the ceramic tile packaging specification by adopting the conveying mechanism position adjusting mechanism and the short edge folding position adjusting mechanism.

Preferably, a third sliding rail is arranged on the frame, the movable frame of the long-side edge folding mechanism slides along the third sliding rail, the movable frame is supported from the third sliding rail, and the position of the movable frame is adjusted smoothly.

Preferably, a pair of small edge folding mechanisms are arranged on each rotating rod, each small edge folding mechanism comprises a third sliding block which moves in a sliding mode along the rotating rod and a small edge folding component which is arranged on the third sliding block and driven by a third power driving mechanism, and a guide rail structure is arranged between a conveying support of the conveying mechanism and the third sliding block, so that the third sliding block moves along the conveying direction of the conveying mechanism through the guide rail structure.

When the adjustment is carried out according to the ceramic tile packaging specification, the small edge folding mechanism moves along the guide rail structure along with the movement of the rotating rod, so that the small edge folding mechanism and the short edge folding mechanism synchronously complete the adjustment of the position. By adopting the guide rail structure, when the rotating rod drives the short edge folding mechanism to rotate, the small edge folding mechanism cannot rotate along with the rotation, so that the action of the small edge folding mechanism is not influenced by the action of the short edge folding mechanism.

Compared with the prior art, the folding mechanism has the advantages of simple and reliable paper folding box process, no damage to the paper box, and automatic position adjustment of each folding mechanism according to the specification of the ceramic tile so as to adapt to the requirements of the paper folding box of the ceramic tile with new specification.

Drawings

FIG. 1 is a schematic diagram of a box folding mechanism for facilitating specification adjustment according to the present utility model;

FIG. 2 is a schematic view of a portion of an elevational element of the present utility model;

FIG. 3 is a schematic view of the long side erecting mechanism of the carton of the present utility model;

FIG. 4 is a schematic view of a position adjusting mechanism portion of the conveying mechanism of the present utility model;

FIG. 5 is a schematic view of a long side folding mechanism according to the present utility model;

FIG. 6 is a schematic view of a short edge folding position adjusting mechanism part of the present utility model;

FIG. 7 is a schematic view of a short edge folding mechanism according to the present utility model;

FIG. 8 is a schematic view of a small edge folding mechanism;

fig. 9 is a carton flow diagram.

Reference numerals illustrate: a-a conveying mechanism position adjusting mechanism; b-a short edge folding position adjusting mechanism; c-a conveying mechanism; d-a long-side edge folding mechanism; e-a short edge folding mechanism; f-a long side erection mechanism of the paper box; g-short sides of the paper boxes; h-a paper box; i-the long side of the paper box; j-ceramic tile; k-a small edge folding mechanism; n-small sides of the paper box; 1-a frame; 2-conveying a stent; 3-a first slide rail; 4-a first slider; 5-a first screw rod; 6-a first motor mechanism; 7-a first nut; 8-a second slide rail; 9-a second slider; 10-a second screw rod; 11-a second motor mechanism; 12-a second nut; 13-rotating the rod; 14-short edge folding members; 1401- [ shape; 14011-lower L-shaped member; 14012-upper L-shaped member; 1402-axis; 1403-roller; 1404-a platen; 15-a first power drive mechanism; 16-long side edge folding members; 1601-lower frame; 1602-upper frame; 1603-rollers; 17-a second power drive mechanism; 18-an lead-in ramp member; 19-a facade element; 20-a facade element driving mechanism; 21-a third slide rail; 22-a third power drive mechanism; 23-folding the small side member; 24-a rail structure; 25-guide posts; 26-a guide sleeve; 27-a movable frame; 28-rotating the sleeve; 29-sliding sleeve; 30-third slide block.

Detailed Description

The utility model is now described in further detail with reference to the drawings and examples, in which:

as shown in fig. 1 to 6, the utility model comprises a frame 1, a pair of conveying mechanism position adjusting mechanisms a arranged on the frame 1, a pair of short edge folding position adjusting mechanisms b arranged on the frame 1, a pair of conveying mechanisms c arranged side by side (such as conveying belts driven by motor mechanisms through belt pulleys arranged on the conveying frame 2), a pair of long edge folding mechanisms d and a pair of short edge folding mechanisms e, a carton long edge lifting mechanism f is arranged on the conveying frame 2 of the conveying mechanism c, the pair of conveying mechanism position adjusting mechanisms a are respectively arranged at two ends of the pair of conveying mechanisms c arranged side by side, the conveying mechanism position adjusting mechanisms a comprise a first sliding rail 3 arranged on the frame 1, a pair of first sliding blocks 4 sliding along the first sliding rail 3, a first screw 5 arranged on the frame 1 in a rotating manner, a first motor mechanism 6 (such as a speed changing mechanism driven by a stepping motor) arranged on the frame 1 to drive the first screw 5 to rotate, the first slide block 4 is provided with a first nut 7, the first nut 7 is screwed on the first screw rod 5, the screw thread directions of the first nuts 7 on the pair of first slide blocks 4 are opposite, the front ends of the conveying supports 2 of the pair of conveying mechanisms c arranged side by side are respectively fixed on the pair of first slide blocks 4 of one conveying mechanism position adjusting mechanism a, the rear ends of the conveying supports 2 of the pair of conveying mechanisms c arranged side by side are respectively fixed on the pair of first slide blocks 4 of the other conveying mechanism position adjusting mechanism a, the short edge folding position adjusting mechanism b comprises a second slide rail 8 arranged on the frame 1, a pair of second slide blocks 9 sliding along the second slide rail 8, a second screw rod 10 arranged on the frame 1 in a rotating manner, the second motor mechanism 11 (such as a speed change mechanism driven by a stepping motor) which is arranged on the frame 1 and drives the second screw rod 10 to rotate is arranged on the second sliding block 9, the second nut 12 is connected on the second screw rod 10 in a rotating way, the screw directions of the second nuts 12 on the pair of second sliding blocks 9 are opposite, the short edge folding mechanism e comprises a pair of rotating rods 13, a short edge folding member 14 which is fixed on the rotating rods 13 and folds the short edge g of the paper box from a horizontal flat plate surface state to an inverted L-shaped state, two first power driving mechanisms 15 (such as swing rods driven by cylinders hinged on the second sliding blocks 9 and vertically connected on the end parts of the rotating rods 13) which are respectively arranged on the two short edge folding position adjusting mechanisms b, the long edge folding mechanism d comprises a movable frame 27, a folding member 90 which is arranged on the movable frame 27 and folds the upper part of the long edge i of the paper box h in an inverted L-shaped state from the horizontal flat plate surface state, two first power driving mechanisms 15 (such as swing rods which are respectively arranged on the corresponding second sliding blocks 9 of the two short edge folding position adjusting mechanisms b and drive the same rotating rods 13 to rotate, the swing rods are vertically connected on the end parts of the rotating rods 13), and the long edge folding mechanism d comprises a movable frame 27, and a driving mechanism 16 which is arranged on the movable frame 17 is hinged on the corresponding movable frame 27.

As shown in fig. 1 and 2, the long side raising mechanism f of the carton comprises a lead-in slope member 18 and a vertical surface member 19 located behind the lead-in slope member 18, the lead-in slope member 18 is located at the input end of the conveying mechanism c, the vertical surface member 19 is located on the side facing the conveying mechanism c, and a vertical surface member driving mechanism 20 (cylinder) is provided between the vertical surface member 19 and the conveying bracket 2 of the conveying mechanism c.

Preferably, as shown in fig. 1, 6, and 7, the short edge folding member 14 includes a plurality of [ shapes 1401 fixed side by side to the rotating lever 13, a shaft 1402 connecting the free ends of the plurality of [ shapes 1401 in series, and a plurality of rollers 1403 rotatably provided on the shaft 1402.

When the short side is folded, the rotating rod 13 drives the plurality of [ shape pieces 1401 which are fixed on the rotating rod 13 side by side to turn over, the short side g of the paper box h which is moved to the plurality of rollers 1403 is folded upwards, and when the short side g of the paper box leans against the short side surface of the ceramic tile j, the rollers 1403 continue to continuously fold the upper part of the short side g of the paper box. By adopting the roller 1403, even if the roller 1403 moves relative to the short side g of the paper box in the process of folding the short side g of the paper box, the short side g of the paper box is not damaged.

Preferably, the [ shape piece 1401 comprises a butt-jointed lower L-shaped piece 14011, an upper L-shaped piece 14012, the lower L-shaped piece 14011 is fixed to the rotation lever 13, and the shaft 1402 is connected to the upper L-shaped piece 14012. With the lower L-shaped member 14011 and the upper L-shaped member 14012 abutted, the height variation of the tiles j with different specifications can be accommodated by adjusting the positional relationship of the lower L-shaped member 14011 and the upper L-shaped member 14012.

Preferably, a platen 1404 is provided at the notches of several side-by-side [ shapes 1401. With the press plate 1404, the carton short side g is pressed against the short side of tile j.

Preferably, as shown in fig. 1 and 5, the long-side hemming member 16 includes a lower frame 1601, an upper frame 1602 connected to the lower frame 1601, and a roller 1603 connected at a free end of the upper frame 1602, the upper frame 1602 having a question mark shape. By adopting the lower frame 1601 and the upper frame 1602, the height change of the tiles j with different specifications can be adapted by adjusting the position relation of the lower frame 1601 and the upper frame 1602, the upper frame 1602 is in a question mark shape, and interference between the upper frame 1602 and the long side raising mechanism f of the carton is avoided, so that the raised long side i of the carton is smoothly bent on the tile j.

Preferably, a third sliding rail 21 is provided on the frame 1, and the movable frame 27 of the long edge folding mechanism d slides along the third sliding rail 21, so that the movable frame 27 is supported by the third sliding rail 21, and the position of the movable frame 15 is adjusted smoothly.

Preferably, as shown in fig. 1, 3, 6, 7 and 8, a pair of small edge folding mechanisms k is provided on each rotating rod 13, the small edge folding mechanisms k include a third sliding block 30 sliding along the rotating rod 13, a small edge folding member 23 provided on the third sliding block 30 and driven by a third power driving mechanism 22 (such as a cylinder), the small edge folding member 23 is L-shaped, a guide rail structure 24 (including a guide rail provided on the conveying support 2, the third sliding block 30 moving along the guide rail) is provided between the conveying support 2 and the third sliding block 30 of the conveying mechanism c, and the third sliding block 30 is moved along the conveying direction of the conveying mechanism c by the guide rail structure 24.

As shown in fig. 1 and 2, a guide post 25 is provided on the conveying bracket 2 of the conveying mechanism c, and correspondingly, a guide sleeve 26 is provided on the elevation member 19, and the guide post 25 is slidably connected to the guide sleeve 26. The vertical surface member 19 is smoothly and precisely moved forward and backward by the cooperation of the guide post 25 and the guide sleeve 26.

Preferably, the third slider 30 is fixed on the rotating sleeve 28, the rotating sleeve 28 is rotatably sleeved on the sliding sleeve 29, the sliding sleeve 29 is axially and slidably sleeved on the rotating rod 13, a plurality of [ shaped pieces 1401 are positioned at two sides, a plurality of [ shaped pieces 1401 are positioned in the middle, the middle [ shaped pieces 1401 are fixed on the rotating rod 13 and rotate along with the rotation of the rotating rod 13, and the [ shaped pieces 1401 positioned at two sides are fixed on the sliding sleeve 29 and move along with the axial movement of the sliding sleeve 29 and rotate along with the rotation of the rotating rod 13. In this way, the positions of all the [ shape pieces 1401 ] forming the short-side edge folding mechanism e are adjusted according to the ceramic tile packaging specification, and when the position of the small edge folding mechanism k is adjusted, the positions of the [ shape pieces 1401 ] on two sides are also adjusted at the same time, so that the working width of the short-side edge folding mechanism e is adapted to the change of the short-side specification of the paper box.

During operation, according to the ceramic tile packaging specification, the first motor mechanism 6 of the pair of conveying mechanism position adjusting mechanisms a respectively synchronously drives the two first screw rods 5 to rotate, synchronously drives the two first nuts 7 of the pair of conveying mechanism position adjusting mechanisms a to relatively move, so that the two first sliding blocks 4 of the pair of conveying mechanism position adjusting mechanisms a relatively move, and the pair of conveying mechanisms c arranged side by side are driven to relatively move, so that the distance between the pair of conveying mechanisms c arranged side by side is adjusted to adapt to the conveying of the carton h of the ceramic tile j in the corresponding specification, the position adjustment of the long edge folding mechanism d and the carton long edge standing mechanism f is synchronously driven by the adjustment of the distance between the pair of conveying mechanisms c arranged side by side, so as to adapt to the folding of the carton long edge i of the carton h of the ceramic tile j in the corresponding specification, and simultaneously, according to the ceramic tile packaging specification, the second motor mechanism 11 of the pair of short edge folding position adjusting mechanisms b respectively synchronously drives the two second screw rods 10 to rotate, and synchronously drives the two second nuts 12 of the pair of short edge folding position adjusting mechanisms b to relatively move, so that the two second sliding blocks 9 of the pair of short edge position adjusting mechanisms b relatively move, and the pair of short edge folding mechanisms b are driven to relatively move, so that the folding edge adjusting mechanisms can adapt to the position of the folding mechanism side of the folding mechanism b in the corresponding to the corresponding specification to the tile j in the corresponding specification, and the position of the tile has different specifications, and the corresponding specifications, and the height of the folding mechanism can be suitable to the tile frame and the tile can be matched with the tile frame and the tile.

As shown in fig. 9, when the paper folding box h, the paper box plate and the ceramic tile j with the corner code n placed thereon enter the conveying mechanism c, as the paper box plate and the ceramic tile j placed thereon enter, the leading-in inclined surface component 18 of the paper box long side rising mechanism f rises the paper box long side i of the paper box plate, after the paper box plate and the ceramic tile j placed thereon completely enter the conveying mechanism c, the vertical surface component 19 of the paper box long side rising mechanism f pushes the paper box long side i to vertically lean against the ceramic tile j, then the small side folding mechanism k at the input end and the output end of the conveying mechanism c acts to fold the small side n of the paper box which rises synchronously with the paper box long side i towards the short side of the ceramic tile j, then the short side folding mechanism e acts to fold the short sides g of the paper box plate on the ceramic tile j, then the long side folding mechanism d positioned on the front and rear sides of the paper box long side i of the paper box plate is folded on the ceramic tile j, the upper part of the paper box long side g is pressed on the lower side of the paper box, and then the paper box long side i is folded by the long side folding mechanism d, and the paper box long side i is sent into a folded paper box stack with a good brick.

Claims (10)

1. The utility model provides a folding box mechanism convenient to adjustment specification, a serial communication port, which comprises a frame, a pair of transport mechanism position adjustment mechanism of setting in the frame, a pair of minor face hem position adjustment mechanism of setting in the frame, a pair of transport mechanism of setting side by side, a pair of long limit hem mechanism, a pair of minor face hem mechanism, be provided with carton long limit on transport mechanism's the transport support and erect the mechanism, a pair of transport mechanism position adjustment mechanism is located the both ends of a pair of transport mechanism of setting side by side respectively, transport mechanism position adjustment mechanism includes the first slide rail of setting in the frame, a pair of first slider along first slide rail gliding, rotate the first lead screw of setting in the frame, drive first lead screw pivoted first motor mechanism in the frame, be provided with first nut on the first slider, first nut connects soon on first lead screw, the screw direction of first nut on a pair of first slider is opposite, the front end of transport support of transport mechanism's transport mechanism of setting side by side is fixed respectively in wherein on a pair of first slider of transport mechanism position adjustment mechanism, a pair of transport mechanism's transport support's that sets side by side is fixed position adjustment mechanism is located the first pair of the both ends of transport mechanism side respectively, the first slider of setting side, the second slider is rotated on the second slider including the first slider, the second slider is rotated on the opposite first slider, the setting up second slider, and the first nut is rotated on the first slider, and the first nut is rotated, and set up on the second slider, and comprises a pair of nut and rotate on the first nut The folding mechanism comprises a movable frame, a long side folding member and a second power driving mechanism, wherein the long side folding member is fixed on the rotating rod and is used for folding the short side of the paper box from a horizontal flat plate surface state to an inverted L-shaped state, the second power driving mechanisms are respectively arranged on corresponding second sliding blocks of the two short side folding position adjusting mechanisms and drive the same rotating rod to rotate, two ends of the rotating rod are respectively rotated and arranged on matched second sliding blocks of the two short side folding position adjusting mechanisms, the long side folding mechanism comprises the movable frame, the long side folding member is arranged on the movable frame in a swinging mode and is used for folding the upper portion of the long side of the paper box inwards, and the second power driving mechanism is arranged on the movable frame and used for driving the long side folding member to swing, and the movable frame is fixed on a conveying support of the corresponding conveying mechanism.

2. The folding box mechanism convenient for adjusting the specification according to claim 1, wherein a third slide rail is arranged on the frame, and the movable frame of the long-side folding mechanism slides along the third slide rail.

3. The folding box mechanism for facilitating specification adjustment according to claim 1 or 2, wherein a pair of folding small-edge mechanisms is provided on each rotating rod, each folding small-edge mechanism comprises a third sliding block which moves slidingly along the rotating rod, and folding small-edge members which are provided on the third sliding block and driven by a third power driving mechanism.

4. The folding box mechanism for facilitating specification adjustment according to claim 3, wherein a guide rail structure is provided between the conveying bracket and the third slider of the conveying mechanism.

5. The folding box mechanism for facilitating the adjustment of the specification according to claim 1, 2 or 4, wherein the short edge folding member comprises a plurality of "shaped members" fixed side by side to the rotating lever, a shaft provided at a free end of the "shaped members", and a roller rotatably provided on the shaft.

6. The folding box mechanism according to claim 5, wherein the third slider is fixed on the rotating sleeve, the rotating sleeve is rotatably sleeved on the sliding sleeve, the sliding sleeve is axially slidably sleeved on the rotating rod, a plurality of [ shaped pieces are located on two sides, a plurality of [ shaped pieces are located in the middle, the middle [ shaped piece is fixed on the rotating rod and rotates along with the rotation of the rotating rod, and the [ shaped pieces on two sides are fixed on the sliding sleeve and move along with the axial movement of the sliding sleeve and rotate along with the rotation of the rotating rod.

7. The easy-to-adjust folding box mechanism according to claim 5, wherein a plurality of side-by-side notches of the shape members are provided with a pressing plate.

8. The folding box mechanism for facilitating the adjustment of the specification according to claim 1 or 2 or 4 or 6 or 7, wherein the long-side folding member comprises a lower frame, an upper frame attached to the lower frame, a roller attached to a free end of the upper frame, and the upper frame is in a question mark shape.

9. The fold box mechanism for facilitating sizing according to claim 1 or 2 or 4 or 6 or 7, wherein the long side erecting mechanism for the carton comprises a lead-in ramp member and a vertical surface member located behind the lead-in ramp member, the lead-in ramp member being located at an input end of the conveying mechanism, the vertical surface member being located at a side facing the conveying mechanism, and a vertical surface member driving mechanism being provided between the vertical surface member and a conveying bracket of the conveying mechanism.

10. The folding box mechanism for facilitating specification adjustment according to claim 9, wherein a guide post is arranged on a conveying bracket of the conveying mechanism, a guide sleeve is arranged on the corresponding vertical surface member, and the guide post is slidably connected on the guide sleeve in a penetrating manner.