CN217101946U - Plank is opened material and is shifted transfer chain - Google Patents

Abstract

The utility model discloses a plank is opened material and is shifted transfer conveyor line, its first fixed console mode transfer conveyor line and the fixed console mode transfer conveyor line of second divide both sides to set up, and break off and form spacious space between first fixed console mode transfer conveyor line and the fixed console mode transfer conveyor line of second, the subaerial trend perpendicular to first fixed console mode transfer conveyor line, the fixed console mode transfer conveyor line of second of spacious space is installed and is equipped with the ground rail, be provided with one to two activity concatenation conveyor lines that can slide and move along the ground rail on the ground rail, activity concatenation conveyor line can link up first fixed console mode transfer conveyor line and the fixed console mode transfer conveyor line of second, activity concatenation conveyor line includes transfer roller mounting bracket, transfer roller and push-and-pull handle at least, transfer roller mounting bracket passes through gyro wheel and ground rail sliding connection; the method has the characteristics that the plates can be flexibly transferred to corresponding processing equipment according to the selection of the plates after the plates are cut, and the limited plate processing equipment resources in a production workshop can be utilized to the maximum extent.

Description

Plank is opened material and is shifted transfer chain

Technical Field

The utility model belongs to the technical field of cabinet board production and processing, concretely relates to install in wardrobe or cupboard cabinet board workshop be used for carrying the transfer chain that removes the plank after the plank is opened the material.

Background

In the production and processing workshops of cabinet plates such as wardrobes and cabinets, the wardrobes or cabinets with different production standards have differences in the aspects of plate materials, dimension specifications and processing procedures such as hole opening, slotting, plate cutting and the like, different corresponding cutting equipment can be arranged in the workshops aiming at the cutting of the plates with different materials and specifications in actual production, the plates are conveyed out by respective corresponding conveying lines after the cutting of the plates, and due to the limitation of the cost of equipment purchased by a manufacturer, the fact that a set of continuous processing lines can not be respectively arranged aiming at the whole set of processing procedures of the plates with each specification is impossible, so that the cost of equipment purchased by the manufacturer can be greatly increased. Under the condition that processing equipment such as subsequent punching, grooving and plate cutting of plates is limited by manufacturers, in order to maximally utilize the processing equipment to improve the equipment utilization rate and improve the plate processing efficiency, a conveying line which can flexibly and correspondingly transfer and convey the plates after cutting to different processing equipment needs to be designed on the conveying of the plates after cutting.

SUMMERY OF THE UTILITY MODEL

The utility model aims at providing a can select nimble plank to shift to corresponding processing equipment as required after panel is opened the material and open the material and shift the transfer chain with the plank that can maximize the limited panel processing equipment resource in workshop.

In order to achieve the above purpose, the utility model adopts the following technical scheme:

a plank is cut material and is shifted transfer chain, including fixed floor type transfer chain, fixed floor type transfer chain includes the first fixed floor type transfer chain linked with the equipment of cutting the material and the second fixed floor type transfer chain linked with the processing equipment, first fixed floor type transfer chain and second fixed floor type transfer chain divide both sides to set up, and break off and form spacious space between first fixed floor type transfer chain and the second fixed floor type transfer chain, the ground perpendicular to the first fixed floor type transfer chain on the ground of spacious space, the trend of the second fixed floor type transfer chain, there are ground rails on the ground rail, can be along the ground rail sliding movable splice transfer chain of moving one to two, the movable splice transfer chain can link up first fixed floor type transfer chain and second fixed floor type transfer chain;

wherein, activity concatenation transfer chain includes transfer roller mounting bracket, transfer roller and push-and-pull handle at least, and the transfer roller mounting bracket passes through gyro wheel and ground rail sliding connection, and the transfer roller is arranged along the trend of the fixed console mode transfer chain of first fixed console mode transfer chain, the fixed console mode transfer chain of second and is installed in the transfer roller mounting bracket, and the push-and-pull handle is located on the transfer roller mounting bracket and is used for push-and-pull transfer roller mounting bracket to slide along the ground rail.

The board cutting and transferring conveying line is arranged in a wardrobe or cabinet board production workshop, after a cutting device cuts a board, a push-pull handle can push and pull a movable splicing conveying line to be connected between a corresponding first fixed floor type conveying line and a corresponding second fixed floor type conveying line in a sliding mode along a ground rail, so that the board cut on the corresponding first fixed floor type conveying line is pushed to the corresponding second fixed floor type conveying line through the movable splicing conveying line and then pushed to a corresponding processing device through the corresponding second fixed floor type conveying line for processing; the conveying line setting mode can flexibly transfer the plates to corresponding processing equipment according to the selection of the plates after the plates are cut, and can maximally utilize the limited plate processing equipment resources in a production workshop under the condition that the investment of a manufacturer on the subsequent processing equipment such as hole forming, grooving, plate cutting and the like of the plates is limited.

The utility model discloses following beneficial effect has:

the utility model discloses plank is opened material and is shifted the transfer chain, has and can select nimble corresponding processing equipment that shifts to with panel as required after panel is opened material, can maximize the characteristics of the limited panel processing equipment resource in workshop of utilization.

Drawings

Fig. 1 is a schematic view of the overall layout of the board cutting, transferring and conveying line of the present invention;

fig. 2 is a schematic view of the movable splicing conveyor line of the board cutting and transferring conveyor line of the present invention sliding to a first fixed floor type conveyor line and a second fixed floor type conveyor line;

FIG. 3 is a structural diagram of the movable splicing conveyor line of the plank cutting and transferring conveyor line of the present invention;

fig. 4 is the utility model discloses the local structure chart of its transfer roller mounting bracket of transfer chain is opened to the plank.

Detailed Description

The invention will be further described with reference to the accompanying drawings and specific embodiments so as to more clearly understand the technical idea claimed in the invention.

The plank cutting and transferring conveyor line shown in fig. 1-3 comprises a fixed floor type conveyor line, the fixed floor type conveyor line comprises a first fixed floor type conveyor line 100 connected with a cutting device and a second fixed floor type conveyor line 200 connected with a processing device, the first fixed floor type conveyor line 100 and the second fixed floor type conveyor line 200 are arranged on two sides, and disconnection and be formed with spacious space 300 between first fixed console mode transfer chain 100 and the fixed console mode transfer chain 200 of second, the subaerial trend perpendicular to first fixed console mode transfer chain 100 of the fixed console mode transfer chain 200 of second of spacious space 300 installs and is equipped with ground rail 400, be provided with one to two on the ground rail 400 and can follow the ground rail 400 slip movable concatenation transfer chain 1 that removes, activity concatenation transfer chain 1 can follow ground rail 400 slip and remove and link up corresponding first fixed console mode transfer chain 100 and the fixed console mode transfer chain 200 of second.

In this embodiment, activity concatenation transfer chain 1 includes transfer roller mounting bracket 2, transfer roller 3, push-and-pull handle 4 and baffle 5, transfer roller mounting bracket 2 passes through gyro wheel 27 and ground rail 400 sliding connection, transfer roller mounting bracket 2 specifically includes side frame roof beam 21, tie-beam 23 and wheel foot rest 25, two parallel arrangement of side frame roof beam 21 correspond respectively and are provided with roller mounting groove 24, the roller both ends of transfer roller 3 the pivot respectively adorn in the roller mounting groove 24 of both sides frame roof beam 21 and along first fixed console mode transfer chain 100, the trend of the fixed console mode transfer chain 200 of second is arranged and is installed in transfer roller mounting bracket 2. The connecting beam 23 is fixedly connected between the two side frame beams 21, specifically, the two side frame beams 21 are correspondingly provided with welding orifices 22, and the connecting beam 23 is a pipe body, and two ends of the pipe body are respectively welded at the welding orifices 22 to fixedly connect the two side frame beams 21. The wheel foot stand 25 is fixedly mounted on the bottom of the side frame beam 21 and is provided with a wheel mounting seat 26, and the wheel 27 is mounted on the wheel mounting seat 26 through a wheel shaft. The push-pull handle 4 is mounted to the side frame 21 of the transfer roller mounting frame 2 and extends obliquely upward toward the outside of the side frame 21 to push and pull the transfer roller mounting frame 2 to slide along the ground rail 400. Baffle 5 can overturn and movably install respectively in the both ends tip of side frame roof beam 21, simultaneously first fixed console mode transfer chain 100, baffle 5 is installed to the tip correspondence of the fixed console mode transfer chain 200 of second, slide to linking up in corresponding first fixed console mode transfer chain 100 at activity concatenation transfer chain 1, when the fixed console mode transfer chain 200 of second, can overturn the activity of baffle 5 and remove to the promotion of level in order to accomplish panel, when first fixed console mode transfer chain 100, the fixed console mode transfer chain 200 of second do not link up the use through activity concatenation transfer chain 1, then upright the baffle 5 upset.

In the present embodiment, the push-pull handle 4 is specifically mounted as shown in fig. 3: the push-pull handle 4 is provided with straight rod sections 40 which are inserted and installed on the two side frame beams 21, a fastening plate 41 is fixedly welded on the straight rod sections 40, the fastening plate 41 is fastened on one side frame beam 21 through a bolt, and the free end of the straight rod section 40 is fixedly welded on the other side frame beam 21; the mounting structure is convenient and firm to mount the push-pull handle 4, and the straight rod section 40 can play a role in further reinforcing the overall structural strength of the conveying roller mounting frame 2.

In addition, the specific structure of the wheel foot stand 25 and the specific installation structure of the baffle 5 are as shown in fig. 4, the wheel foot stand 25 is provided with longitudinal frame beams 251 which are respectively and correspondingly fastened and installed at the bottom of the two side frame beams 21, and transverse reinforcing beams 252 which are welded and fixed between the longitudinal frame beams 251, the roller installation seats 26 are welded and fixed at the lower end parts of the longitudinal frame beams 251, the wheel foot stand 25 with the structure can play a role of installing and fixing the rollers 27, and the auxiliary arrangement of the transverse reinforcing beams 252 can further improve the overall structural strength of the conveying roller installation frame 2. The baffle 5 specifically comprises a plate body 51 with the upper edge protruding out of the top surface of the conveying roller 3 and a pivot shaft rod 52 welded on the back surface of the plate body 51, mounting seat plates 28 are tightly mounted at the end parts of the two ends of the side frame beam 21, the mounting seat plates 28 are provided with pivot holes 281, and the pivot shaft rod 52 is pivoted in the pivot holes 281 to pivot the baffle 5 in the mounting seat plates 28.

The utility model discloses the plank is opened material and is shifted transfer conveyor line and set up in wardrobe or cupboard board workshop, as shown in fig. 1, open material equipment A1, A2, A3 links up the setting with a plurality of first fixed console mode transfer chain 100 respectively, processing equipment B1, B2, B3 links up the setting with a plurality of fixed console mode transfer chain 200 of second respectively, after opening material equipment to panel, accessible push-and-pull handle 4 push-and-pull activity concatenation transfer chain 1 slides along ground rail 400 and links up at corresponding first fixed console mode transfer chain 100, between the fixed console mode transfer chain 200 of second, thereby with panel after opening material on corresponding first fixed console mode transfer chain 100 through activity concatenation transfer chain 1 propelling movement to corresponding fixed console mode transfer chain 200 of second, again by the fixed console mode transfer chain 200 propelling movement of corresponding second to corresponding processing equipment and process; the conveying line setting mode can flexibly transfer the plates to corresponding processing equipment according to the selection of the plates after the plates are cut, and can maximally utilize the limited plate processing equipment resources in a production workshop under the condition that the investment of a manufacturer on the subsequent processing equipment such as hole forming, grooving, plate cutting and the like of the plates is limited.

Various other changes and modifications may be made by those skilled in the art based on the above-described technical solutions and concepts, and all such changes and modifications should fall within the scope of the present invention.

Claims (6)

1. A plank cutting and transferring conveyor line comprises a fixed floor type conveyor line, wherein the fixed floor type conveyor line comprises a first fixed floor type conveyor line connected with cutting equipment and a second fixed floor type conveyor line connected with processing equipment, it is characterized in that the first fixed floor type conveying line and the second fixed floor type conveying line are respectively arranged at two sides, and the first fixed floor-type conveying line and the second fixed floor-type conveying line are disconnected and form an empty space, a ground rail is arranged on the ground of the open space and is vertical to the trends of the first fixed floor-type conveying line and the second fixed floor-type conveying line, one to two movable splicing conveying lines capable of sliding along the ground rail are arranged on the ground rail, the movable splicing conveying line can be connected with the first fixed floor type conveying line and the second fixed floor type conveying line;

the activity concatenation transfer chain includes at least:

the conveying roller mounting frame is in sliding connection with the ground rail through a roller;

the conveying rollers are arranged and installed on the conveying roller mounting frame along the moving directions of the first fixed floor type conveying line and the second fixed floor type conveying line;

and the push-pull handle is arranged on the conveying roller mounting frame and used for pushing and pulling the conveying roller mounting frame to slide along the ground rail.

2. The plank cut transfer conveyor line of claim 1 wherein the conveyor roller mounting rack comprises:

the two side frame beams are arranged in parallel and are respectively and correspondingly provided with a roll shaft mounting groove;

the connecting beam is fixedly connected between the two side frame beams;

the wheel foot frame is fixedly arranged at the bottom of the side frame beam and is provided with a roller mounting seat;

the push-pull handle is installed on the side frame beam and extends upwards towards the outer side of the side frame beam in an inclined mode, two ends of a roller shaft of the conveying roller are respectively pivoted in roller shaft installation grooves of the two side frame beams, and the roller is installed on the roller installation seat through a wheel shaft.

3. The plank cutting, transferring and conveying line according to claim 2, wherein the push-pull handle has straight rod sections inserted and mounted on the two side frame beams, and fastening plates are welded and fixed on the straight rod sections, the fastening plates are fastened on one of the side frame beams through bolts, and free ends of the straight rod sections are welded and fixed on the other side frame beam.

4. The plank cutting transfer conveyor line according to claim 2, wherein the wheel foot rest has longitudinal frame beams fixedly mounted at the bottom of the two side frame beams respectively, and a transverse reinforcing beam welded between the longitudinal frame beams, and the roller mounting seat is welded and fixed at the lower end part of the longitudinal frame beams.

5. The plank cutting transfer conveyor line according to any one of claims 2 to 4, wherein the end parts of the two ends of the side frame beams are respectively provided with a baffle capable of turning over and moving, and the baffle is correspondingly arranged at the end parts of the first fixed floor type conveyor line and the second fixed floor type conveyor line.

6. The plank cutting, transferring and conveying line according to claim 5, wherein the baffle comprises a plate body with an upper edge protruding out of the top surface of the conveying roller and a pivot shaft rod welded to the back surface of the plate body, mounting seat plates are tightly mounted at two end portions of the side frame beam, the mounting seat plates are provided with pivot holes, and the pivot shaft rod is pivoted to the pivot holes.

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