CN217322124U

CN217322124U - Automatic muscle mechanism of going up of aluminum mould board

Info

Publication number: CN217322124U
Application number: CN202220234749.2U
Authority: CN
Inventors: 涂玉明
Original assignee: Individual
Current assignee: Individual
Priority date: 2022-01-27
Filing date: 2022-01-27
Publication date: 2022-08-30
Anticipated expiration: 2032-01-27

Abstract

The utility model provides an automatic muscle mechanism of going up of aluminum mould board, including the strengthening rib loading attachment that is used for carrying on strengthening rib work piece material loading, be used for carrying on the aluminum mould board loading attachment of aluminum mould board work piece material loading and be used for moving the material device that moves of putting into the aluminium mould board of aluminum mould board loading attachment with strengthening rib work piece of strengthening rib loading attachment, only need to place strengthening rib work piece and aluminum mould board work piece respectively to strengthening rib loading attachment and aluminum mould board loading attachment, the strengthening rib work piece passes through strengthening rib loading attachment material loading and shifts on the material taking position of material device, the aluminum mould board work piece passes through aluminum mould board loading attachment and carries to the assigned position location, move the strengthening rib work piece from strengthening rib loading attachment to the aluminum mould board work piece of aluminum mould board loading attachment through moving the material device, thereby realize the automatic muscle work of going up of aluminum mould board, manpower and material resources are saved, the machining efficiency of aluminum mould board is improved.

Description

Automatic muscle mechanism of going up of aluminum mould board

Technical Field

The utility model relates to an aluminium template's processing equipment, concretely relates to automatic muscle mechanism of going up of aluminium template.

Background

The building aluminum formwork is used as a novel building formwork which appears in recent years and is more and more widely used by people, a large number of plates are used in the traditional building industry, the emerging aluminum formwork is flexible to disassemble and assemble, high in rigidity and long in service life, the surface of poured concrete is smooth and clean, the construction degree of dependence on machinery is low, the size is uniform, interchangeability is good, weight is moderate, and the building aluminum formwork is suitable for manual carrying, so that a wood formwork and a steel formwork are replaced at a very high speed. Because the length of the aluminum template is generally longer, in order to ensure that the longer aluminum template has better structural strength and prevent the aluminum template from deforming, reinforcing ribs need to be put into template grooves of the aluminum template, and the aluminum template is fixed in the aluminum template through the reinforcing ribs so that the whole structure of the aluminum template is supported by the reinforcing ribs and has certain structural strength. The process is operated manually, which not only consumes a lot of manpower, but also seriously affects the production efficiency.

SUMMERY OF THE UTILITY MODEL

In order to overcome the defects of the prior art, the utility model provides an automatic muscle mechanism of going up of aluminum mould board.

The utility model provides a technical scheme that its technical problem adopted is:

the utility model provides an automatic muscle mechanism of going up of aluminum mould board, is used for carrying on strengthening rib work piece material loading's strengthening rib loading attachment, the aluminum mould board loading attachment that is used for carrying on the aluminium mould board work piece material loading and is used for moving the material device that moves in putting into aluminum mould board loading attachment's aluminium mould board with strengthening rib work piece of strengthening rib loading attachment, strengthening rib loading attachment sets up side by side with aluminum mould board loading attachment parallel, it spanes the setting in strengthening rib loading attachment and aluminum mould board loading attachment top to move the material device.

The utility model discloses in, strengthening rib loading attachment is including being used for piling up the pile box of putting into the strengthening rib work piece, being used for with pile incasement strengthening rib work piece jack-up to moving material device get the pushing mechanism on the material position and be used for promoting pile box along strengthening rib loading attachment's length direction removal, pile box installs on pushing mechanism, jack-up mechanism is located pile box below, pile box bottom has been seted up jack-up mechanism and has been stretched into the jack-up hole with strengthening rib work piece jack-up.

The utility model discloses in, the stack case is equipped with two sets ofly, and two sets of stack case longitudinal arrangement install on pushing mechanism, and wherein a set of stack case carries out strengthening rib work piece material loading work in jack-up mechanism top, and another group stack case longitudinal extension carries out the strengthening rib to the strengthening rib loading attachment outside and puts into work.

The utility model discloses in, move the material device including the double-layered glassware that is used for pressing from both sides the getting strengthening rib work piece, be used for the double-layered material elevating system that the drive double-layered glassware reciprocated and be used for the drive to press from both sides the glassware lateral shifting mechanism between strengthening rib loading attachment and aluminium template loading attachment, press from both sides the glassware and install in double-layered material elevating system bottom, press from both sides the material elevating system and install on the lateral shifting mechanism.

The utility model discloses in, move the material device still including the opening mechanism that is used for strutting aluminum mould board both sides limit, opening mechanism also installs on sideslip mechanism.

The utility model discloses in, strutting the mechanism and including two vaulting poles that are used for strutting the vaulting pole on aluminum mould board both sides limit respectively, being used for driving the vaulting pole elevating system that opens the driver and be used for driving the vaulting pole oscilaltion of vaulting pole action, two vaulting poles are connected respectively and are opened the two action ends of driver, open the action end that the driver connected vaulting pole elevating system, the vaulting pole is seted up a plurality of and is used for the draw-in groove position of the different width specification aluminum mould board work piece of adaptation.

The utility model discloses in, move the material device still including the mechanism that moves from north to south that is used for longitudinal movement to adjust the double-layered glassware position, it installs on indulging the mechanism that moves to traverse the mechanism.

The utility model discloses in, move the material device and still carry out the spacing fore-set in top including the strengthening rib work piece that is used for with strengthening rib loading attachment jack-up, spacing fore-set is installed and is being pressed from both sides material elevating system bottom, the one end downwardly extending of spacing fore-set.

The utility model discloses in, aluminum mould board loading attachment carries out the fixed positioning mechanism who fixes a position and is used for carrying out the movable positioning mechanism who fixes a position to the opposite side limit of aluminum mould board work piece including the conveying platform who is used for bearing the transport aluminum mould board work piece, a side edge that is used for aluminium mould board work piece, fixed positioning mechanism fixed mounting is in conveying platform one side, movable positioning mechanism movable mounting is at conveying platform's opposite side, movable positioning mechanism adjusts the interval with fixed positioning mechanism along conveying platform lateral shifting, fixes a position aluminium mould board work piece both sides limit on conveying platform.

The utility model discloses in, aluminium template loading attachment still presss from both sides the clamping mechanism who presss from both sides tight location including being used for transferring the strengthening rib work piece that the material device moved to the aluminium template work piece, clamping mechanism installs at fixed positioning mechanism and/or movable positioning mechanism.

The utility model has the advantages that: the utility model discloses automatic muscle mechanism of going up of aluminum mould board, only need place strengthening rib loading attachment and aluminum mould board loading attachment respectively with strengthening rib work piece and aluminum mould board work piece, the strengthening rib work piece passes through strengthening rib loading attachment material loading and shifts on the material position of getting of material device, the aluminum mould board work piece passes through aluminum mould board loading attachment and carries to the assigned position location, transfer the strengthening rib work piece to aluminum mould board loading attachment's aluminum mould board work piece from strengthening rib loading attachment through shifting the material device in, thereby realize the automatic muscle work of going up of aluminum mould board, the material resources of using manpower sparingly, the machining efficiency of aluminum mould board is improved.

Drawings

Fig. 1 is a schematic side structure view of an automatic rib feeding mechanism of an aluminum template in the embodiment;

FIG. 2 is a schematic top view of the automatic reinforcement mechanism of the aluminum mold plate of the present embodiment;

fig. 3 is a schematic front structure view of the automatic rib feeding mechanism of the aluminum template in the embodiment;

fig. 4 is a schematic structural view of the reinforcing rib feeding device in the embodiment;

fig. 5 is a schematic structural view of the material moving device in the embodiment;

fig. 6 is a schematic structural view of the aluminum mold plate feeding device in the embodiment;

FIG. 7 is a schematic structural diagram of the distracting mechanism of the present embodiment;

FIG. 8 is a schematic view of the structure of the present embodiment for mounting the material clamper and the spreading mechanism;

fig. 9 is a schematic view of the installation structure of the stacking box provided with four placing positions according to the embodiment.

Detailed Description

In order to make the objects, technical solutions and advantages of the embodiments of the present invention clearer, the drawings in the embodiments of the present invention are combined below to clearly and completely describe the technical solutions in the embodiments of the present invention.

Example (b):

as shown in fig. 1 to 9, the embodiment discloses an automatic reinforcing mechanism for an aluminum formwork, which includes a reinforcing rib feeding device 1 for feeding a reinforcing rib workpiece a, an aluminum formwork feeding device 2 for feeding a aluminum formwork workpiece B, and a material moving device 3 for moving the reinforcing rib workpiece a of the reinforcing rib feeding device 1 into the aluminum formwork of the aluminum formwork feeding device 2, wherein the reinforcing rib feeding device 1 and the aluminum formwork feeding device 2 are arranged in parallel and side by side, and the material moving device 3 is arranged above the reinforcing rib feeding device 1 and the aluminum formwork feeding device 2 in a crossing manner. During operation, only need place strengthening rib loading attachment 1 and aluminum mould board loading attachment 2 respectively with strengthening rib work piece A and aluminum mould board work piece B, strengthening rib work piece A passes through strengthening rib loading attachment 1 material feeding and shifts on material taking position of material device 3, aluminum mould board work piece B passes through aluminum mould board loading attachment 2 and carries to the assigned position location, transfer strengthening rib work piece A from strengthening rib loading attachment 1 to aluminum mould board work piece B of aluminum mould board loading attachment 2 in through shifting material device 3, thereby realize the automatic muscle work of feeding of aluminum mould board, manpower and materials are saved, the machining efficiency of aluminum mould board is improved.

In a preferred embodiment, the reinforcing bar feeding device 1 includes a stacking box 11 for stacking the reinforcing bar workpieces a, a jacking mechanism 12 for jacking the reinforcing bar workpieces a in the stacking box 11 to a material taking position of the material moving device 3, and a pushing mechanism 13 for pushing the stacking box 11 to move along a length direction of the reinforcing bar feeding device 1, the stacking box 11 is mounted on the pushing mechanism 13, the jacking mechanism 12 is located below the stacking box 11, and a jacking hole 11a for jacking the reinforcing bar workpieces a is formed in the bottom of the stacking box 11, where the jacking mechanism 12 extends into the jacking hole 11 a. The stacking boxes 11 are provided with two groups, the two groups of stacking boxes 11 are longitudinally arranged on the pushing mechanism 13, one group of stacking boxes 11 is used for feeding reinforcing rib workpieces A above the jacking mechanism 12, and the other group of stacking boxes 11 longitudinally extends to the outer side of the reinforcing rib feeding device 1 to be used for putting reinforcing ribs into the stacking boxes. In this embodiment, each stacking box 11 includes a plurality of stacking boxes 11, each stacking box 11 is correspondingly configured with a jacking mechanism 12 for jacking up the reinforcing bar workpieces a in the stacking box 11, and each stacking box 11 is provided with a placing position 11b for placing the reinforcing bar workpieces a in a stacked manner. During operation, one group of stacking boxes 11 enter the reinforcing rib feeding device 1 to perform feeding operation under the action of the pushing mechanism 13, the jacking mechanisms 12 are arranged below the group of stacking boxes 11 to correspond to each other, and the jacking mechanisms 12 jack up the reinforcing rib workpieces A in the group of stacking boxes 11 one by one to perform feeding operation. Meanwhile, the other group of stacking boxes 11 are pushed out of the reinforcing rib feeding device 1 by the pushing mechanism 13, a worker adds reinforcing rib workpieces A to the group of stacking boxes 11, the reinforcing rib workpieces A are fully placed in each stacking box 11, the reinforcing rib workpieces A are stacked in the placement positions 11b, and after the reinforcing rib workpieces A of the group of stacking boxes 11 in the reinforcing rib feeding device 1 are completely jacked and transferred, the pushing mechanism 13 moves out the group of stacking boxes 11, and the group of stacking boxes 11, in which the reinforcing rib workpieces A are fully placed by the worker outside the reinforcing rib feeding device 1, are moved into the reinforcing rib feeding device 1 to be fed, so that the reinforcing rib feeding device 1 can continuously feed materials, and the working efficiency is improved. In addition, each stacking box 11 can be further provided with a plurality of placing positions 11b, reinforcing rib workpieces A are placed in each placing position 11b, when the reinforcing rib workpieces A are fed, after the reinforcing rib workpieces A in one placing position 11b are fed, the next placing position 11b is moved to the position above the jacking mechanism 12 through the work of the pushing mechanism 13, and the feeding work of the reinforcing rib workpieces A in the next placing position 11b is continued.

Specifically, the jacking mechanism 12 comprises a jacking fork 121 and a jacking cylinder 122 used for driving the jacking fork 121 to move up and down, the jacking fork 121 is connected to the action end of the jacking cylinder 122, a plurality of jacking rods 121a are arranged on the jacking fork 121, corresponding jacking holes 11a matched with the jacking rods 121a are formed in the bottom of each placing position 11b, and the jacking rods are transversely arranged along the placing positions 11b and used for adapting to feeding work of reinforcing rib workpieces A with different widths.

In a preferred embodiment, the material moving device 3 comprises a material clamping device 31 for clamping the reinforcing bar workpiece a, a material clamping and lifting mechanism 32 for driving the material clamping device 31 to move up and down, and a transverse moving mechanism 33 for driving the material clamping device 31 to move transversely between the reinforcing bar feeding device 1 and the aluminum formwork feeding device 2, wherein the material clamping device 31 is installed at the bottom of the material clamping and lifting mechanism 32, and the material clamping and lifting mechanism 32 is installed on the transverse moving mechanism 33. The material moving device 3 further comprises a spreading mechanism 34 for spreading two side edges of the aluminum template, and the spreading mechanism 34 is also installed on the transverse moving mechanism 33. The opening mechanism 34 includes two supporting rods 341 for opening two sides of the aluminum template, an opening driver 342 for driving the two supporting rods 341 to move, and a supporting rod lifting mechanism 343 for driving the supporting rods 341 to lift up and down, the two supporting rods 341 are connected to two moving ends of the opening driver 342, the opening driver 342 is connected to a moving end of the supporting rod lifting mechanism 343, and the supporting rods 341 are provided with a plurality of clamping grooves 341a for adapting to aluminum template workpieces B of different width specifications. The material moving device 3 further comprises a longitudinal moving mechanism 35 for longitudinally moving and adjusting the position of the material clamping device 31, and the transverse moving mechanism 33 is installed on the longitudinal moving mechanism 35. The material moving device 3 further comprises a limiting ejection column 36 used for limiting the top of the reinforcing rib workpiece A jacked by the reinforcing rib feeding device 1, the limiting ejection column 36 is installed at the bottom of the material clamping lifting mechanism 32, and one end of the limiting ejection column 36 extends downwards. When the device works, a reinforcing rib workpiece A is jacked up to a material taking position by a reinforcing rib feeding device 1, a material clamping lifting mechanism 32 raises a material clamping device 31 to a high position, a transverse moving mechanism 33 moves the material clamping device 31 to the upper part of the reinforcing rib feeding device 1, the reinforcing rib workpiece A is jacked up to the material taking position by the reinforcing rib feeding device 1, the reinforcing rib workpiece A is kept at the material taking position all the time under the limiting action of a limiting jacking column 36 and stops, then the material clamping device 31 is lowered to the material taking position through the action of the material clamping lifting mechanism 32, the reinforcing rib workpiece A is clamped by the material clamping device 31, the material clamping lifting mechanism 32 raises the material clamping device 31 and the reinforcing rib workpiece A to the high position, then the transverse moving mechanism 33 transfers the reinforcing rib workpiece A to the upper part of an aluminum formwork feeding device 2, a strut lifting mechanism 343 acts to lower a propping mechanism 34 into an aluminum formwork, clamping grooves 341a of two struts 341 are clamped into two sides of the aluminum formwork, the opening driver 342 opens to open the two supporting rods 341 to open the two side edges of the aluminum template, so as to facilitate the putting of the reinforcing rib workpiece a, the clamping material lifting mechanism 32 descends to lower the reinforcing rib workpiece a into the aluminum template, then the clamping mechanism 24 acts to clamp and position the reinforcing rib workpiece a at the corresponding position of the aluminum template, the clamping material device 31 loosens the reinforcing rib workpiece a, the clamping material lifting mechanism 32 drives the clamping material device 31 to ascend to a high position, the supporting rod lifting mechanism 343 drives the opening mechanism 34 to ascend to the high position, and the traversing mechanism 33 returns to the upper part of the reinforcing rib feeding device 1, so that the reinforcing rib workpiece a is transferred once.

As a preferred embodiment, the aluminum mold plate feeding device 2 includes a conveying platform 21 for carrying and conveying the aluminum mold plate workpiece B, a fixed positioning mechanism 22 for positioning one side edge of the aluminum mold plate workpiece B, and a movable positioning mechanism 23 for positioning the other side edge of the aluminum mold plate workpiece B, the fixed positioning mechanism 22 is fixedly installed at one side of the conveying platform 21, the movable positioning mechanism 23 is movably installed at the other side of the conveying platform 21, and the movable positioning mechanism 23 moves laterally along the conveying platform 21 to adjust the distance between the movable positioning mechanism 23 and the fixed positioning mechanism 22, so as to position the two side edges of the aluminum mold plate workpiece B on the conveying platform 21. The aluminum template feeding device 2 further comprises a clamping mechanism 24 for clamping and positioning the reinforcing rib workpiece A transferred to the aluminum template workpiece B by the material transferring device 3, and the clamping mechanism 24 is installed on the fixed positioning mechanism 22 and/or the movable positioning mechanism 23. During work, the aluminum template workpiece B is placed on the conveying platform 21, enters a station under the conveying of the conveying platform 21, and is pushed to the fixed positioning mechanism 22 on the other side to be clamped and positioned through the transverse movement of the movable positioning mechanism 23 on the side edge of the conveying platform 21, so that the feeding work of the aluminum template workpiece B is completed.

Specifically, the clamping mechanism 24 includes a clamping device 241 for clamping the reinforcing rib workpiece a to fix the reinforcing rib workpiece a at a designated position in the aluminum template, and a turnover mechanism 242 for driving the clamping device 241 to turn over, and the clamping device 241 is mounted on the turnover mechanism 242, and the turnover mechanism 242 drives the clamping device 241 to turn over to enter and exit a template groove of the aluminum template workpiece B. During operation, the turnover mechanism 242 drives the clamp 241 to turn over into the template groove of the aluminum template workpiece B, the clamp 241 clamps the reinforcing rib workpiece A, the reinforcing rib workpiece A is welded and fixed in the aluminum template workpiece B through the welding robot, the clamp 241 loosens the reinforcing rib workpiece A, and the turnover mechanism 242 acts to turn the clamp 241 out of the aluminum template workpiece B.

The above description is only the preferred embodiment of the present invention, and the technical solutions of the objects of the present invention are all within the protection scope of the present invention as long as the objects are achieved by the substantially same means.

Claims

1. The utility model provides an automatic muscle mechanism of going up of aluminum mould board which characterized in that: including strengthening rib loading attachment (1) that is used for carrying out strengthening rib work piece (A) material loading, be used for carrying on aluminium template loading attachment (2) of aluminium template work piece (B) material loading and be used for moving strengthening rib work piece (A) of strengthening rib loading attachment (1) and put into moving material device (3) in the aluminium template of aluminium template loading attachment (2), strengthening rib loading attachment (1) sets up side by side with aluminium template loading attachment (2) parallel, it crosses the setting in strengthening rib loading attachment (1) and aluminium template loading attachment (2) top to move material device (3).

2. The automatic rib feeding mechanism for the aluminum mould plate as claimed in claim 1, wherein: strengthening rib loading attachment (1) including be used for piling up pile up case (11) of putting into strengthening rib work piece (A), be used for with strengthening rib work piece (A) jack-up in pile case (11) to moving material device (3) get on the material position jack-up mechanism (12) and be used for promoting pile case (11) along the pushing mechanism (13) of the length direction removal of strengthening rib loading attachment (1), install on pushing mechanism (13) pile case (11), jack-up mechanism (12) are located pile case (11) below, pile case (11) bottom has been seted up jack-up mechanism (12) and has been stretched into ejector hole (11 a) with strengthening rib work piece (A) jack-up.

3. The automatic rib feeding mechanism for the aluminum mould plate as claimed in claim 2, wherein: the stacking boxes (11) are provided with two groups, the two groups of stacking boxes (11) are longitudinally arranged and installed on the pushing mechanism (13), one group of stacking boxes (11) is used for feeding reinforcing rib workpieces (A) above the jacking mechanism (12), and the other group of stacking boxes (11) longitudinally extends to the outer side of the reinforcing rib feeding device (1) to be used for putting reinforcing ribs into the stacking boxes.

4. The automatic rib feeding mechanism for the aluminum mould plate as claimed in claim 1, wherein: move material device (3) including be used for pressing from both sides material holder (31) of getting strengthening rib work piece (A), be used for driving material holder (31) material clamping elevating system (32) that reciprocate and be used for driving material holder (31) sideslip mechanism (33) between strengthening rib loading attachment (1) and aluminum mould board loading attachment (2), material holder (31) are installed and are being pressed from both sides material elevating system (32) bottom, material holder elevating system (32) are installed on sideslip mechanism (33).

5. The automatic rib feeding mechanism for the aluminum mould plate as claimed in claim 4, wherein: the material moving device (3) further comprises a strutting mechanism (34) for strutting two side edges of the aluminum template, and the strutting mechanism (34) is also arranged on the transverse moving mechanism (33).

6. The automatic rib feeding mechanism for the aluminum mould plate as recited in claim 5, wherein: the opening mechanism (34) comprises two supporting rods (341) used for opening two side edges of the aluminum template, an opening driver (342) used for driving the two supporting rods (341) to move and a supporting rod lifting mechanism (343) used for driving the supporting rods (341) to lift up and down, the two supporting rods (341) are respectively connected with two action ends of the opening driver (342), the opening driver (342) is connected with the action ends of the supporting rod lifting mechanism (343), and the supporting rods (341) are provided with a plurality of clamping groove positions (341 a) used for being matched with aluminum template workpieces (B) with different width specifications.

7. The automatic rib feeding mechanism for the aluminum mould plate as claimed in claim 4, wherein: the material moving device (3) further comprises a longitudinal moving mechanism (35) used for longitudinally moving and adjusting the position of the material clamping device (31), and the transverse moving mechanism (33) is installed on the longitudinal moving mechanism (35).

8. The automatic rib feeding mechanism for the aluminum mould plate as claimed in claim 4, wherein: move material device (3) and still include be used for carrying out spacing jack-up post in top (36) with strengthening rib work piece (A) of strengthening rib loading attachment (1) jack-up, spacing jack-up post (36) are installed and are being pressed from both sides material elevating system (32) bottom, the one end downwardly extending of spacing jack-up post (36).

9. The automatic rib feeding mechanism for the aluminum mould plate as claimed in claim 1, wherein: aluminum mould board loading attachment (2) including be used for bearing carry aluminum mould board work piece (B) conveying platform (21), be used for going on fixed position mechanism (22) of fixing a position and be used for going on movable positioning mechanism (23) of fixing a position to the opposite side of aluminum mould board work piece (B) one side of aluminum mould board work piece (B), fixed position mechanism (22) fixed mounting is in conveying platform (21) one side, movable positioning mechanism (23) movable mounting is at the opposite side of conveying platform (21), movable positioning mechanism (23) are adjusted along conveying platform (21) lateral shifting and are fixed a position the interval of mechanism (22), and aluminum mould board work piece (B) both sides limit location on conveying platform (21).

10. The automatic rib feeding mechanism for the aluminum mould plate as recited in claim 9, wherein: the aluminum template feeding device (2) further comprises a clamping mechanism (24) for clamping and positioning the reinforcing rib workpiece (A) transferred into the aluminum template workpiece (B) by the transferring device (3), and the clamping mechanism (24) is installed on the fixed positioning mechanism (22) and/or the movable positioning mechanism (23).