CN217802217U - Automatic feeder for narrow plates of edge bonding machine - Google Patents

Abstract

The utility model discloses a bag sealer strap autoloading ware, lean on the subassembly including the side, feed bin subassembly and pushing hands subassembly, the side is leaned on the subassembly to be located one side of the blowing platform of bag sealer, the side is leaned on the subassembly to include that the side is leaned on the straight line module with the side, the side backup plate leans on the pay-off direction passageway that constitutes the strap between keeping off with the bag sealer that is located blowing platform opposite side, the feed bin subassembly is located the top of blowing platform, be used for enclosing to keep off and pile up the strap of placing on blowing platform, the pushing hands subassembly is located the end of blowing platform, the pushing hands subassembly includes push rod and the push away material straight line module that is used for driving push rod. The utility model has the advantages of safe and reliable, work efficiency height.

Description

Automatic feeder for narrow plates of edge bonding machine

Technical Field

The utility model mainly relates to a bag sealer field especially relates to the feeder of bag sealer.

Background

At present, when the edge bonding machine is used for edge bonding of narrow plates, feeding is basically carried out in a manual feeding mode, and an operator feeds one narrow plate at a time. During operation, an operator puts a narrow plate on the discharging platform, then manually pushes the narrow plate onto a conveying belt connected with the discharging platform, and then puts another narrow plate, and the process is repeated. The manual feeding mode has the following disadvantages: 1. the potential safety hazard is large, and because the plate is small in size, when an operator pushes the narrow plate into the conveying belt, the hand of the operator is in close contact with the conveying belt, so that the hand of the operator is easily rolled into the conveying belt to cause work injury; 2. the working efficiency is low, the manual discharging speed is generally about 22 pieces/minute at present, the long-term quick and frequent discharging consumes great working energy of workers, and the workers also need to have a rest, so the feeding speed cannot generally keep up with the edge sealing speed, and the efficiency of the edge sealing machine is reduced.

SUMMERY OF THE UTILITY MODEL

The to-be-solved technical problem of the utility model lies in: aiming at the defects existing in the prior art, the automatic feeder for the narrow plates of the edge bonding machine is safe, reliable and high in working efficiency.

In order to solve the technical problem, the utility model adopts the following technical scheme:

the utility model provides an edge bonding machine flitch autoloader, is leaned on subassembly, feed bin subassembly and pushing hands subassembly including the side, the side is leaned on the subassembly to be located one side of the blowing platform of edge bonding machine, the side is leaned on the subassembly to include that side backup plate and side lean on sharp module, the side backup plate with be located the bag bonding machine of blowing platform opposite side leans on the pay-off direction passageway that constitutes the flitch between the fender, the side is leaned on sharp module and is used for driving the pay-off direction removal of side backup plate perpendicular to flitch, makes the width change of pay-off direction passageway, the feed bin subassembly is located the top of blowing platform for enclose the fender and pile up the flitch of placing on the blowing platform, leave the space between feed bin subassembly and the blowing platform, make the last bottommost flitch of blowing platform can break away from the fender of feed bin subassembly, but the feed bin subassembly includes a lateral shifting frame, but this lateral shifting frame install in on the side backup plate and can with side backup plate synchronous movement, make the interior width change of feed bin subassembly, the pushing hands subassembly is located the end of blowing platform, the pushing hands subassembly includes the push rod and is used for the push rod that the push rod was used for pushing away the bottom on the push rod.

Furthermore, the storage bin assembly also comprises a longitudinally movable frame, and the longitudinally movable frame can move along the feeding direction of the narrow plate, so that the inner length of the storage bin assembly is changed.

Further, the feed bin subassembly includes 4 angle irons, and 4 angle irons enclose into squarely to enclose and keep off the space, wherein two angle irons install in the bag sealer is by keeping off, two other angle irons install in constitute on the side backup plate but lateral shifting frame, the bag sealer is by keeping off and respectively being equipped with a feed bin guide rail of arranging along the flitch pay-off direction on the backup plate, the bag sealer is by keeping off and respectively having an angle iron on the side backup plate to pass through the slider and install on the feed bin guide rail that corresponds, and two angle irons of installing on the feed bin guide rail constitute but longitudinal shifting frame.

Further, the pushing assembly further comprises a pushing centering adjustment straight line module, the pushing centering adjustment straight line module and the pushing straight line module are arranged in a cross mode, and the pushing straight line module is installed on a sliding part of the pushing centering adjustment straight line module.

Further, the side is leaned on the subassembly still including being located the side and leaning on the guide rail of sharp module both sides, the side backup plate passes through the sliding block and locates on the side leans on the guide rail.

Compared with the prior art, the utility model has the advantages of: the utility model has the advantages that by arranging the pushing hand component, the operation worker only needs to place the narrow plate on the discharging platform, and the pushing hand component can automatically push the narrow plate into the conveying belt of the edge bonding machine, thereby improving the safety during operation; the storage bin assembly is arranged, so that a plurality of narrow plates can be stacked on the discharging platform at one time, the pushing assembly pushes the lowest narrow plate of the narrow plate stack into the edge bonding machine one by one during operation until all the narrow plates of the narrow plate stack are completely fed into the edge bonding machine, and the pushing assembly can be matched with the pushing frequency according to the feeding signal of the edge bonding machine, so that the feeding speed and the edge bonding speed of the edge bonding machine can be consistent, and the working efficiency is improved; by arranging the side leaning assembly, the widths of the feeding guide channel and the bin assembly can be automatically adjusted, the automatic feeding device can be suitable for automatic feeding of narrow plates with various widths and sizes, and the application range is wide; in addition, the position that the adjustment straight line module placed in the middle of the pushing hands can the automatically regulated push rod lets the thrust of push rod apply in the middle part of strap, makes to push away the material more steady. To sum up, the utility model has the advantages of safe and reliable, work efficiency is high, accommodation is wide.

Drawings

Fig. 1 is a schematic structural view of the utility model when applied to a bag sealer.

Fig. 2 is a top view of fig. 1.

Reference numerals are as follows: an edge bonding machine 1; a discharge table 2; the edge bonding machine is provided with a backing block 3; a side backup plate 41; a side abutment linear module 42; side rest guide rails 43; a laterally movable frame 51; a longitudinally movable frame 52; angle iron 53; a bin rail 54; a slider 55; a push rod 61; a material pushing linear module 62; the push handle adjusts the straight line module 63 in the middle; and a mounting frame 7.

Detailed Description

The present invention will be described in further detail with reference to the accompanying drawings and specific embodiments, and it should be noted that the scope of the present invention is not limited to the following embodiments, and any modifications and decorations made by the present invention should be considered as the scope of the present invention without departing from the principle of the present invention.

As shown in fig. 1 and 2, the utility model discloses an automatic feeder for bag sealer stave for send into bag sealer 1 with the stave and carry out the banding, bag sealer 1's feed inlet department is equipped with a blowing platform 2, and blowing platform 2 is connected with the conveyer belt in the bag sealer 1. The utility model discloses a bag sealer narrowband autoloader mainly leans on subassembly, feed bin subassembly and pushing hands subassembly by mounting bracket 7 and the side that is located mounting bracket 7 to constitute.

The side leaning component is located on one side of the discharging platform 2 of the edge bonding machine 1 and comprises a side leaning plate 41 and a side leaning straight line module 42, and a feeding guide channel of a narrow plate is formed between the side leaning plate 41 and the edge bonding machine leaning baffle 3 located on the other side of the discharging platform 2. The side leaning straight line module 42 is used for driving the side leaning plate 41 to move perpendicular to the feeding direction of the narrow plate, so that the width of the feeding guide channel is changed to adapt to the width size of the narrow plate. In practical application, the width of the feeding guide channel is adjusted to ensure that the narrow plate in the feeding guide channel is tightly attached to the side backup plate 41 and the edge bonding machine backup block 3 to enter the edge bonding machine 1, so as to ensure the edge bonding effect.

The feed bin subassembly is located the top of blowing platform 2 for enclose to keep off and pile up the narrow plate of placing on blowing platform 2, leave the space between feed bin subassembly and the blowing platform 2, make a lowermost narrow plate on the blowing platform 2 can break away from enclosing of feed bin subassembly and keep off. The bin assembly includes a laterally movable frame 51 mounted to the side plates 41 and movable in unison with the side plates 41 to vary the internal width of the bin assembly to accommodate the width dimension of the narrow plates.

The pushing assembly is located at the tail end of the discharging platform 2 and comprises a pushing rod 61 and a pushing linear module 62 used for driving the pushing rod 61, and the pushing rod 61 is used for pushing a bottommost narrow plate on the discharging platform 2 to move along the feeding guide channel.

In this embodiment, the magazine assembly further comprises a longitudinally movable frame 52, wherein the longitudinally movable frame 52 is capable of moving in the feeding direction of the narrow plate to vary the inner length of the magazine assembly to accommodate the length dimension of the narrow plate.

Specifically, the bin assembly comprises 4 angle irons 53,4 angle irons 53 enclose a square enclosure space, two of the angle irons 53 are installed on the edge banding machine baffle 3, and the other two angle irons 53 are installed on the side baffle 41 to form a transversely movable frame 51. The side baffle 3 and the side baffle 41 of the edge bonding machine are respectively provided with a bin guide rail 54 arranged along the feeding direction of the narrow plate, the side baffle 3 and the side baffle 41 of the edge bonding machine are respectively provided with an angle iron 53 which is arranged on the corresponding bin guide rail 54 through a slide block 55, and the two angle irons 53 arranged on the bin guide rail 54 form a longitudinally movable frame 52.

In this embodiment, the pushing hands subassembly still includes pushing hands adjustment straight line module 63 placed in the middle, and pushing hands adjustment straight line module 63 placed in the middle is the cross arrangement with pushing away material sharp module 62, and pushes away material sharp module 62 and install on the sliding part of pushing hands adjustment straight line module 63 placed in the middle. The adjustment straight line module 63 placed in the middle of the pushing hands is used for promoting the feeding direction of the pushing line module 62 perpendicular to the narrow plate to make a straight line motion, and the position of the pushing rod 61 can be automatically adjusted through the adjustment straight line module 63 placed in the middle of the pushing hands, so that the pushing force of the pushing rod 61 is applied to the middle of the narrow plate, and the pushing is more stable.

In this embodiment, the side is leaned on sharp module 42, is pushed away sharp module 62 and pushing hands and is adjusted sharp module 63 between two parties and be the sharp module of lead screw type. In other embodiments, the side leaning straight line module 42, the pushing straight line module 62 and the pushing handle centering adjustment straight line module 63 can also adopt a synchronous belt type straight line module or a linear motor type straight line module.

In this embodiment, the side leaning assembly further includes side leaning guide rails 43 located at two sides of the side leaning linear module 42, and the side leaning plate 41 is slidably disposed on the side leaning guide rails 43 through sliding blocks, so that the side leaning plate 41 can move more stably.

In practical application, automatic control can be realized through the computer, and workers can automatically adjust the side leaning component and the pushing component to corresponding positions only by inputting the size data of the narrow plate component in the computer. Moreover, the automatic feeder can automatically achieve the fastest feeding frequency according to the feeding signal of the edge bonding machine 1. Through testing, the feeding speed can reach 33 pieces/minute, and workers only need to feed materials into the stock bin assembly when the stock bin assembly is empty.

In practical application, the utility model discloses a working process as follows:

1. and (6) adjusting the position. The side leaning straight line module 42 drives the side leaning plate 41 to move and adjust, so that the widths of the feeding guide channel and the stock bin assembly are adapted to the width of the narrow plate to be fed; the push rod centering adjustment straight line module 63 drives the push rod 61 to move and adjust, so that the push rod 61 is aligned to the middle of the feeding guide channel.

2. And (5) discharging. The side leaning straight line module 42 drives the side leaning plate 41 to retreat, and meanwhile, an operator pulls the two angle irons 53 of the longitudinally movable frame 52 of the stock bin assembly backwards to expand the stock bin assembly, so that the stock bin assembly is convenient to discharge; then, an operator puts a plurality of stacked narrow plates into the stock bin assembly and falls the narrow plates on the discharge platform 2; then the side leaning straight line module 42 drives the side leaning plate 41 to return, and meanwhile, an operator adjusts the two angle irons 53 of the longitudinally movable frame 52 of the storage bin assembly to the position corresponding to the length of the narrow plate, and the discharging process is completed.

3. And (4) feeding. The pushing linear module 62 drives the push rod 61 to stretch out, the bottommost narrow plate in the bin assembly is pushed into the edge bonding machine 1, then the push rod 61 retracts, the side backup plate 41 retreats, the remaining narrow plates in the bin assembly are filled downwards under the action of self gravity and fall on the discharging platform 2, then the side backup plate 41 returns, the push rod 61 stretches out, the next pushing process is started, and the process is circulated. When the storage bin assembly is emptied, an operator can feed materials into the storage bin assembly.

Claims (5)

1. The utility model provides an automatic feeder for bag sealer narrow plate which characterized in that: including the side by subassembly, feed bin subassembly and pushing hands subassembly, the side is by the subassembly and is located one side of the blowing platform of bag sealer, the side is by the subassembly including the side backup plate and the side by sharp module, the side backup plate with be located the bag sealer of blowing platform opposite side is by the pay-off direction passageway that constitutes the leptoprosopy between the fender, the side is by sharp module and is used for driving the pay-off direction removal of side backup plate perpendicular to leptoprosopy, makes the width change of pay-off direction passageway, the feed bin subassembly is located the top of blowing platform for enclose to keep off and pile up the leptoprosopy of placing on the blowing platform, leave the space between feed bin subassembly and the blowing platform, make the feeding bench be the bottommost leptoprosopy can break away from the fender of feed bin subassembly, the feed bin subassembly includes a lateral shifting frame, but this lateral shifting frame install in on the side backup plate and can with side backup plate synchronous motion, make the internal width change of feed bin subassembly, the pushing hands subassembly is located the end of blowing platform, the pushing hands subassembly includes the push rod and is used for driving the push rod and pushes away the sharp module of pushing away of material on the blowing platform, the push rod is used for the most leptoprosopy along the feed bin passageway.

2. The edge sealer strip autoloader of claim 1, wherein: the bin assembly further comprises a longitudinally movable frame capable of moving in the feeding direction of the narrow plate to change the inner length of the bin assembly.

3. The edge sealer strip autoloader of claim 2, wherein: the feed bin subassembly includes 4 angle irons, and 4 angle irons enclose into the square space of keeping off, wherein two angle irons install in the bag sealer is by keeping off, two other angle irons install in constitute on the side backup plate but lateral shifting frame, the bag sealer is by keeping off and respectively being equipped with a feed bin guide rail of arranging along the flitch pay-off direction on the backup plate, the bag sealer is by keeping off and respectively having an angle iron to pass through the slider to install on the feed bin guide rail that corresponds on the backup plate of side, and two angle irons of installing on the feed bin guide rail constitute but longitudinal shifting frame.

4. The edge bonding machine strip autoloader of any one of the claims 1 to 3, wherein: the pushing assembly further comprises a pushing centering adjustment straight line module, the pushing centering adjustment straight line module and the pushing straight line module are arranged in a cross mode, and the pushing straight line module is installed on a sliding part of the pushing centering adjustment straight line module.

5. The edge bonding machine strip autoloader of any one of the claims 1 to 3, wherein: the side is leaned on the subassembly still leans on the guide rail including the side that is located the side and leans on sharp module both sides, the side is leaned on the board to locate through the sliding block cunning that the side leans on the guide rail.

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