CN210815569U - Paper shredder with gravity bag placing device - Google Patents
Paper shredder with gravity bag placing device Download PDFInfo
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- CN210815569U CN210815569U CN201921483189.9U CN201921483189U CN210815569U CN 210815569 U CN210815569 U CN 210815569U CN 201921483189 U CN201921483189 U CN 201921483189U CN 210815569 U CN210815569 U CN 210815569U
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Abstract
The utility model discloses a paper shredder with a gravity bag-placing device, wherein the lower part of a paper shredder head is provided with a scrap discharging port, the paper shredder head is arranged above a paper scrap collecting barrel, at least the corresponding lower part of the scrap discharging port is provided with a paper falling channel which extends into the paper scrap collecting barrel, the upper part of the paper scrap collecting barrel is provided with a bag storage box for storing the paper shredder bag, the bag storage box is arranged around the paper falling channel, the bag body of the paper shredder bag covers the paper falling channel, the paper shredder is provided with the gravity bag-placing device, the gravity bag-placing device comprises a driving mechanism and a wire winding disc, bag portion is put to connecting wire and gravity, and the wire reel is connected in the actuating mechanism transmission, and the one end of connecting wire is fixed in the wire reel, and at least partly twines in the wire reel of connecting wire, and bag portion is put to the at least one end connection gravity of connecting wire, and bag portion is put to gravity lies in the paper passageway that falls, and bag portion sets up in the top of shredded paper bag is put to gravity. The utility model discloses a kneader realizes putting the bag automatically, and the treatment effeciency of shredded paper bag is high.
Description
Technical Field
The utility model belongs to the technical field of the kneader technique and specifically relates to a kneader with bagging apparatus is put to gravity.
Background
A paper scrap collecting barrel is arranged below a paper shredder head of the existing paper shredder, waste paper is shredded into paper scrap through a paper shredding cutter bar of a paper shredder head, the paper scrap falls into the paper scrap collecting barrel under the action of self weight to be collected, and the paper scrap is scattered in the paper scrap collecting barrel. After the paper scraps are fully collected, the paper scrap collecting barrel is pulled out by hands to be cleaned. In order to facilitate uniform cleaning, a shredded paper bag is manually paved and sleeved on a paper scrap collecting barrel of the conventional paper shredder, after the shredded paper bag is fully piled, the shredded paper bag is manually taken away and discarded, and meanwhile, the shredded paper bag is manually paved and sleeved again. The existing paper shredder has the defects that the paper shredding bag needs to be manually processed, the use is inconvenient, and the working efficiency is low.
After the shredded paper bags are filled with the paper scraps, the bag openings of the shredded paper bags filled with the paper scraps need to be closed manually. Can produce powdered wastepaper when the kneader carries out the shredded paper, powdered wastepaper can scatter at the sack of shredded paper bag or attach to the bag side of shredded paper bag, when the manual work carries out the binding off to shredded paper bag sack, in the middle of the process of the sack of removing the shredded paper bag or shredded paper bag, powdered wastepaper just can float in the middle of the air, the treater can inhale the powdered wastepaper that floats in the air when handling the shredded paper bag, harmful health.
The existing device for placing the bag by using a blowing or exhausting mode has the defects that the requirement on the sealing degree in the paper shredder is high because the bag is placed by the acting force of air flow, and the bag placing effect is seriously influenced if the sealing of the bag placing part in the paper shredder is not well done.
SUMMERY OF THE UTILITY MODEL
The utility model aims at providing a kneader with bagging apparatus is put to gravity, realizes putting the bag automatically, and the processing efficiency of shredded paper bag is high to prior art exists not enough.
In order to realize the purpose, the utility model discloses the technical scheme who adopts is: a paper shredder with a gravity bag-placing device comprises a paper shredder head and a paper scrap collecting barrel, wherein a scrap discharging port is arranged at the lower part of the paper shredder head, the paper shredder head is arranged above the paper scrap collecting barrel, a paper falling channel is arranged at least corresponding to the lower part of the scrap discharging port and extends into the paper scrap collecting barrel, a bag storage box for storing paper shreds is arranged at the upper part of the paper scrap collecting barrel and surrounds the paper falling channel, a bag body of the paper shreds covers the paper falling channel, the paper shredder is provided with the gravity bag-placing device, the gravity bag-placing device comprises a driving mechanism and a wire winding disc, bag portion is put to connecting wire and gravity, and the wire reel is connected in the actuating mechanism transmission, and the one end of connecting wire is fixed in the wire reel, and at least partly twines in the wire reel of connecting wire, and bag portion is put to the at least one end connection gravity of connecting wire, and bag portion is put to gravity lies in the paper passageway that falls, and bag portion sets up in the top of shredded paper bag is put to gravity.
In a further technical scheme, the paper shredder head is provided with an installation bottom plate, a line passing hole is formed in the position, corresponding to the paper falling channel, of the installation bottom plate, and the connecting line penetrates through the line passing hole to be connected with the gravity bag placing part.
In a further technical scheme, the driving mechanism and the wire spool are installed in the paper shredder head, the driving mechanism comprises a motor and a gear box, the motor is driven to be connected with the gear box, the gear box is in transmission connection with the wire spool, and the gravity bag placing portion is arranged on the outer bottom surface of the paper shredder head.
In a further technical scheme, the wire spool is rotatably mounted on the mounting base plate, the wire spool is provided with a transmission part and a wire winding groove, the transmission part is in meshing transmission with the gear box, and the connecting wire is wound on the wire winding groove.
In the further technical scheme, gravity is put bag portion and is selected for use globular object, gravity is connected respectively at the both ends of connecting wire and is put bag portion, the wire winding groove is provided with wire winding groove and lower wire winding groove, and one of them half of connecting wire twines in last wire winding groove, and another half of connecting wire twines in wire winding groove down.
In the further technical scheme, gravity is put the sack filling plant and is included initial state, put the bag state and retrieve the state, and gravity is put the sack filling plant when being located initial state, gravity is put the bag position in the top of shredded paper bag, the bag position of shredded paper bag is in the upper portion of wastepaper collecting vessel, gravity is put the sack filling plant and is located when putting the bag state, and gravity is put the bag portion and is supported crushing container bag, and gravity is put the bag position of bag portion and shredded paper bag in the bottom of wastepaper collecting vessel, and gravity is put the bag position of bag portion and shredded paper bag in the recovery state, and gravity is put the bag body that the bag portion kept away from shredded paper bag, and gravity is put the bag position in the upper portion of wastepaper collecting vessel, and the bag position of shredded paper bag is in the bottom of wastepaper.
In a further technical scheme, the below of shredded paper bag is provided with automatic receipts sack device, and automatic receipts sack device centers on the paper passageway that falls sets up, and automatic receipts sack device is including drive transmission portion, hot melt portion and slide bar, and the slide bar is connected in the transmission of drive transmission portion, and slide bar and hot melt portion are located the edge of paper passageway that falls, and the slide bar sets up with hot melt portion relatively, and slide bar and hot melt portion activity are supported press fit.
In a further technical scheme, the below of shredded paper bag is provided with automatic sack filling device, and automatic sack filling device centers on the paper passageway that falls sets up, and automatic sack filling device is including drive transmission portion, hot melt portion, horizontal slide bar and vertical slide bar, and drive transmission portion difference transmission connection horizontal slide bar and vertical slide bar, and horizontal slide bar, vertical slide bar and hot melt portion are located the edge of the paper passageway that falls respectively, and horizontal slide bar and vertical slide bar mutually perpendicular set up, one of them and hot melt portion parallel arrangement in horizontal slide bar and the vertical slide bar, and hot melt position is located rather than the one side of the terminal point of vertical slide bar removal stroke or the horizontal slide bar removal stroke of perpendicular setting.
In a further technical scheme, the width of the paper falling channel is greater than that of the chip removal port, and the length of the paper falling channel is not less than that of the chip removal port; the paper shredding machine is characterized in that a paper shredding machine core is arranged in the paper shredding machine head, the paper shredding machine core is provided with a motor, a gear transmission mechanism, two side plates and two paper shredding cutter bars, the motor is driven to be connected with the gear transmission mechanism, the gear transmission mechanism is in transmission connection with the paper shredding cutter bars, two ends of the two paper shredding cutter bars are respectively rotatably installed on the two side plates, the paper shredding cutter bars comprise cutter shafts and a plurality of blades, the blades are alternately and serially arranged on the cutter shafts, and the two adjacent blades correspond to the two paper shredding cutter bars and are in shearing fit with each other.
In a further technical scheme, the paper shredder head is hinged to the upper part of the paper scrap collecting barrel, a paper scrap cleaning door is arranged on the front side of the paper scrap collecting barrel, and the paper scrap cleaning door is hinged to one side of the paper scrap collecting barrel; or the front side of the wastepaper collecting barrel is horizontally provided with a push-pull groove, and the wastepaper cleaning door is slidably arranged in the push-pull groove; or a slide rail is respectively arranged on two sides in the paper scrap collecting barrel, and the paper scrap cleaning door is arranged at one end of the slide rail.
After the structure is adopted, compared with the prior art, the utility model the advantage that has is: the utility model discloses an installation gravity puts bagging apparatus in kneader, and the realization condition is low, and simple structure puts a bag inefficiency, and it is higher to put bag work degree of automation, improves work efficiency, reduces personnel's contact to powdered wastepaper simultaneously, reduces the secondary pollution of powdered wastepaper to the environment, and is energy-concerving and environment-protective.
Drawings
The present invention will be further explained with reference to the drawings and examples.
Fig. 1 is a schematic structural diagram of the present invention.
Fig. 2 is a schematic structural view showing the opened state of the paper scrap cleaning door of the shredder.
Fig. 3 is a sectional view of the shredder in the initial state.
Fig. 4 is a sectional view of the shredder in the bag-placing state.
Fig. 5 is a sectional view of the shredder in the recycling state.
Fig. 6 is a schematic structural view of the shredder head after the cover is opened.
Fig. 7 is a schematic structural view of the automatic bag opening closing device of the present invention.
Fig. 8 is a schematic structural view of the collection bag processing apparatus of the present invention.
In the figure: 1-a paper shredder head, 2-a paper scrap collecting barrel, 3-a paper scrap cleaning door, 4-a collecting bag processing device, 5-a paper inlet, 6-a scrap discharging port, 7-a paper falling channel and 8-a paper shredding bag;
10-bag storage box, 11-upper cover, 12-lower shell, 13-bag outlet gap, 14-bag storage cavity;
20-an automatic bag opening closing device, 21-a driving transmission part, 22-a hot melting part, 23-a transverse sliding rod and 24-a longitudinal sliding rod;
30-fixed box, 31-box body installation groove and 32-bag falling transition part;
80-motor, 81-gear box, 82-wire spool, 83-transmission part, 84-upper wire winding groove, 85-lower wire winding groove, 86-connecting wire, 87-gravity bag placing part, 88-mounting bottom plate and 89-wire passing hole.
Detailed Description
The following are only preferred embodiments of the present invention, and the protection scope of the present invention is not limited thereby.
A paper shredder with a gravity bag placing device is disclosed, as shown in figures 1-8, and comprises a paper shredder head 1 and a paper scrap collecting barrel 2, wherein a paper inlet 5 is arranged at the upper part of the paper shredder head 1, a scrap discharging port 6 is arranged at the lower part of the paper shredder head 1, the paper shredder head 1 is arranged above the paper scrap collecting barrel 2, a paper falling channel 7 is arranged at least corresponding to the lower part of the scrap discharging port 6, the paper falling channel 7 extends into the paper scrap collecting barrel 2, a bag storage box 10 for storing paper scrap bags 8 is arranged at the upper part of the paper scrap collecting barrel 2, the bag storage box 10 is arranged around the paper falling channel 7, a bag body of the paper scrap bags 8 covers the paper falling channel 7, the paper shredder is provided with the gravity bag placing device, the gravity bag placing device comprises a driving mechanism, a wire winding disc 82, a connecting wire 86 and a gravity bag placing part 87, the driving mechanism is in transmission connection with the wire winding disc 82, one end of the connecting wire 86 is fixed on the wire winding disc 82, at least one end of the connecting line 86 is connected with a gravity bag placing part 87, the gravity bag placing part 87 is positioned in the paper falling channel 7, and the gravity bag placing part 87 is arranged above the paper bag 8. The utility model discloses a shredded paper bag 8 is preferred to communicate the bag.
The bag placing device of the existing paper shredder adopts a blowing or exhausting mode to place bags. The paper shredding bag 8 is pressurized positively or negatively by air to make the paper shredding bag 8 fully spread on the bottom of the paper scrap collecting barrel 2. However, there are two problems, that is, powdered wastepaper is scattered in the wastepaper collection tub 2 and discharged into the environment by the flow of air, which causes secondary pollution to the environment. Meanwhile, if the sealing work in the paper shredder is not done or the sealing part is incomplete, the bag placing is invalid, and the bag placing work cannot be guaranteed.
The utility model discloses a sack filling plant is put through setting up gravity to the kneader, puts bag portion 87 through gravity and lays shredded paper bag 8 in the bottom of wastepaper collecting vessel 2 under the action of gravity, need not artifical the cover of spreading, uses more simple and conveniently. Meanwhile, airflow generated in the paper shredder is avoided, powdered paper scraps in the paper shredder can be effectively prevented from flying, secondary pollution to the environment is avoided, and the paper shredder is energy-saving and environment-friendly.
The shredder head 1 is provided with an installation bottom plate 88, a thread passing hole 89 is formed in the position of the installation bottom plate 88 corresponding to the paper falling channel 7, and the connecting wire 86 penetrates through the thread passing hole 89 to be connected with the gravity bag placing part 87. The driving mechanism and the wire spool 82 are fixedly mounted on the mounting base plate 88, a rotating shaft is arranged on the axis of the wire spool 82, the rotating shaft is mounted on the mounting base plate 88, and the wire spool 82 rotates through the rotating shaft, so that the gravity bag placing portion 87 is wound up and paid off. Because the connecting wire 86 is a soft wire body, the gravity bag placing portion 87 is always kept above the paper falling channel 7 by arranging the wire passing hole 89 above the paper falling channel 7, and after the wire spool 82 is paid off, the gravity bag placing portion 87 presses the paper bag 8 to move downwards through the paper falling channel 7. The middle part of the connecting wire 86 is wound on the wire spool 82, and one end of the connecting wire 86 is connected with the gravity bag-placing part 87. Alternatively, the middle of the connecting wire 86 may be wound around the wire spool 82, and both ends of the connecting wire 86 may be connected to the gravity bag-placing portions 87, respectively. When the gravity bag-releasing portion 87 is connected to both ends of the connecting wire 86, the moving tendency of both ends of the connecting wire 86 is made to be the same by adjusting the winding method, that is, both ends of the connecting wire 86 move downward at the same time when the wire spool 82 is released, and both ends of the connecting wire 86 move upward at the same time when the wire spool 82 is taken up. The winding method is prior art and will not be described in detail.
The driving mechanism and the wire spool 82 are installed in the paper shredder head 1, the driving mechanism comprises a motor 80 and a gear box 81, the motor 80 is in driving connection with the gear box 81, the gear box 81 is in driving connection with the wire spool 82, and the gravity bag placing part 87 is arranged on the outer bottom surface of the paper shredder head 1. The gear box 81 corresponds to a reduction system, and the gear box 81 is generally composed of a plurality of gears. The motor 80 is connected with a gear box 81 in a driving way, and gears in the gear box 81 are in meshed transmission connection with the wire spool 82. More specifically, the wire spool 82 is rotatably mounted on the mounting base plate 88, the wire spool 82 is provided with a transmission portion 83 and a wire winding groove, the transmission portion 83 is in meshing transmission with the gear box 81, and the connecting wire 86 is wound on the wire winding groove. Bag portion 87 is put to gravity selects for use globular object, and bag portion 87 is put to gravity is connected respectively at the both ends of connecting wire 86, and the wire winding groove is provided with wire winding groove 84 and wire winding groove 85 down, and one of them half of connecting wire 86 twines in wire winding groove 84, and another half of connecting wire 86 twines in wire winding groove 85 down. If only one end of the connecting wire 86 is connected to the gravity bag portion 87, the middle portion of the connecting wire 86 is directly wound around the winding groove. The gravity bag-placing portion 87 is preferably made of a relatively dense solid such as steel balls or iron balls, and is heavy enough to press the paper bag 8 against the bottom of the paper dust collecting tub 2 more quickly. Simultaneously, because of the spheroid surface is comparatively smooth, garrulous paper bag 8 is supported to be pressed to the bottom of shredded paper collecting vessel after, can prevent effectively that gravity from putting bag portion 87 and drawing because of colluding with shredded paper bag 8, makes garrulous paper bag 8 pull-back. Preferably, the winding slots are provided with an upper winding slot 84 and a lower winding slot 85, when the two ends of the connecting wire 86 are respectively connected with the gravity bag-placing part 87, one half of the connecting wire 86 is wound on the upper winding slot 84, and the other half of the connecting wire 86 is wound on the lower winding slot 85, so that the two halves of the connecting wire 86 are respectively wound in different winding slots, the mutual cross interference between the wires in the rotary winding process is prevented, and the smooth winding and unwinding are ensured. In a preferred embodiment, two steel balls are used as the gravity bag-placing portion 87, one steel ball is connected to each end of the connecting wire 86, one half of the connecting wire 86 is wound around the upper winding groove 84, and the other half of the connecting wire 86 is wound around the lower winding groove 85.
Specifically, the gravity bag placing device comprises an initial state, a bag placing state and a recovery state. When the gravity bag placing device is in an initial state, the gravity bag placing part 87 is positioned above the shredded paper bag 8, and the body of the shredded paper bag 8 is positioned on the upper part of the paper scrap collecting barrel 2. At this time, the paper shredding bag 8 and the gravity bag placing portion 87 are both in the most original state, and most of the wire body of the connecting wire 86 is wound around the wire spool 82. The bag storage box 10 is arranged around the paper falling channel 7, and at the moment, the bag body of the paper shredding bag 8 is supported by the bag storage box 10 to cross the paper falling channel 7 to form a bag body surface, so that the paper falling channel 7 is covered. In this case, the gravity bag-placing portion 87 may be located above the bag surface or the gravity bag-placing portion 87 may abut against the upper surface of the bag surface. In short, the gravity bag-releasing unit 87 does not exert any force on the bag surface.
When the gravity bag placing device is in a bag placing state, the gravity bag placing part 87 is pressed against the paper shredding bag 8, and the gravity bag placing part 87 and the bag body of the paper shredding bag 8 are positioned at the bottom of the paper scrap collecting barrel 2. Pay-off is carried out connecting wire 86 through the rotation of wire reel 82, make gravity put bag portion 87 under the action of gravity, to bag face production pressure, when the pressure that bag portion 87 produced was put to gravity was greater than the frictional force who keeps bag face state, the continuous downstream of bag face under the pressure of bag portion 87 is put to shredded paper bag 8 in gravity, put bag portion 87 when gravity and remove to the bottom surface of wastepaper collecting vessel 2, the bag portion 87 is put by gravity to the bag of shredded paper bag 8 supports the bottom surface that presses to wastepaper collecting vessel 2. When the gravity bag-releasing portion 87 moves to the bottom surface of the paper dust collecting barrel 2, the wire spool 82 stops releasing the wire. And (5) putting the paper bag 8 into a bag to finish the process.
When the gravity bag placing device is in a recycling state, the gravity bag placing part 87 is far away from the bag body of the paper shredding bag 8, the gravity bag placing part 87 is located at the upper part of the paper scrap collecting barrel 2, and the bag body of the paper shredding bag 8 is located at the bottom of the paper scrap collecting barrel 2. After the paper bag 8 is completely placed, the gravity bag-placing portion 87 needs to be recovered. The connecting wire 86 is wound up by the directional rotation of the wire spool 82. As the wire spool 82 is wound up, the gravity bag-releasing portion 87 gradually moves away from the bottom of the paper dust collecting barrel 2, and finally returns to the initial position. The bag body of the paper bag 8 stays at the bottom of the paper scrap collecting barrel 2. The whole bag placing process is completed.
The below of shredded paper bag 8 is provided with automatic sack filling device 20 of receiving, and automatic sack filling device sets up around falling paper passageway 7, and automatic sack filling device of receiving is including drive transmission portion 21, hot melt portion 22 and slide bar, and drive transmission portion 21 transmission is connected the slide bar, and slide bar and hot melt portion 22 are located the edge of falling paper passageway 7, and the slide bar sets up with hot melt portion 22 relatively, and slide bar and the activity of hot melt portion 22 are supported press fit. An automatic bag opening collecting device 20 is arranged below the bag storage box 10. The automatic bag-closing device 20 can heat-seal or thermally melt the paper shredding bag 8, so that the use of the communicated paper shredding bag 8 is more automated. After first shredded paper bag 8 was filled with the wastepaper, automatic receipts sack device 20 was drawn in a department to shredded paper bag 8's the bag body, then carried out last hot melt and hot melt down through hot melt portion 22 to shredded paper bag 8's the bag body, formed hot melt portion and lower hot melt portion, and lower hot melt portion is the department of sealing of the last sack of first shredded paper bag 8, goes up the bottom department of sealing that hot melt portion is second shredded paper bag 8. Hot melt portion 22 fuses between to last hot melt portion and the lower hot melt portion, makes first shredded paper bag 8 and second shredded paper bag 8 separate, and at this moment, the bottom of second shredded paper bag 8 has been hot melted well, needs gravity to put the bagging apparatus and put the bag processing to second shredded paper bag 8. More specifically, when the paper shredding bag 8 is in the state of collecting paper scraps, the sliding rod is separated from the hot melting part 22, the sliding rod and the hot melting part 22 are respectively located at two opposite sides of the paper falling channel 7, which is the initial position of the sliding rod, and the length of the hot melting part 22 corresponds to that of the sliding rod. When knowing that the bag mouth closing device needs to carry out heat sealing and fusing on the shredded paper bag 8, the driving transmission part 21 is used for transmitting the shredded paper bag to the sliding rod, so that the sliding rod moves towards the hot melting part 22, the sliding rod is pressed and attached to the hot melting part 22, the shredded paper bag 8 is positioned between the sliding rod and the hot melting part 22, after the hot melting part 22 carries out upper hot melting, lower hot melting and fusing on the shredded paper bag 8, the sliding rod is separated from the hot melting part 22 under the transmission of the driving transmission part 21, and the sliding rod moves to the initial position.
In another embodiment, an automatic bag opening closing device 20 is arranged below the paper bag 8, the automatic bag opening closing device is arranged around the paper falling channel 7 and comprises a driving transmission part 21, a hot melting part 22, a transverse sliding rod 23 and a longitudinal sliding rod 24, the driving transmission part 21 is in transmission connection with the transverse sliding rod 23 and the longitudinal sliding rod 24 respectively, the transverse sliding rod 23, the longitudinal sliding rod 24 and the hot melting part 22 are located at the edge of the paper falling channel 7 respectively, the transverse sliding rod 23 and the longitudinal sliding rod 24 are arranged perpendicular to each other, one of the transverse sliding rod 23 and the longitudinal sliding rod 24 is arranged parallel to the hot melting part 22, and the hot melting part 22 is located on one side of the end point of the moving stroke of the transverse sliding rod 23 or the longitudinal sliding rod 24 which is arranged perpendicular to the hot melting part 22. The transverse sliding rod 23 transversely moves from one side of the paper falling channel 7 to the other side of the paper falling channel 7, the longitudinal sliding rod 24 longitudinally moves from one side of the paper falling channel 7 to the other side of the paper falling channel 7, and after the transverse sliding rod 23 and the longitudinal sliding rod 24 move, the shredded paper bag 8 is collected at one corner of the paper falling channel 7, and the hot melting part 22 is arranged at the corner. The transverse sliding bar 23 or the longitudinal sliding bar 24 provided in parallel with the hot melt portion 22 is pressed against the hot melt portion 22 when the paper scrap bag 8 is heat sealed or thermally fused.
The utility model discloses a shredded paper machine can carry out automatic receipts sack to shredded paper bag 8, and degree of automation is high, convenient to use. When clearing up the wastepaper, the sack of kneader bag has been tightened up, can effectively prevent wastepaper or wastepaper powder departure in the kneader bag, and the clearance is convenient, can realize once collecting the clearance, can not cause the secondary to clear up, and energy-concerving and environment-protective improves wastepaper cleaning efficiency, can not produce the harm to the human body simultaneously.
The paper channel 7 that falls is provided with the paper state and receives the bag state of falling, and the paper channel 7 that falls is in the paper state of falling, and the sack of shredded paper bag 8 is the open mode promptly, and the wastepaper drops to shredded paper bag 8 in through the paper channel 7 that falls from chip removal mouth 6, and shredded paper bag 8 is collected the wastepaper.
When the paper falling channel 7 is in a bag collecting state, the paper shredding bag 8 is squeezed by the automatic bag opening collecting device 20.
And the end of the hot melting piece, which can generate heat, faces to one side of the paper falling channel 7. The hot melt spare is used for sealing and fusing shredded paper bag 8, tightens up the back at the sack that bag receiving pole will shredded paper bag 8, and the one side that generates heat of hot melt spare is all hugged closely to the side of shredded paper bag 8, at this moment, fuses shredded paper bag 8 through the hot melt spare, carries out the heat-seal to the bottom of next shredded paper bag 8 simultaneously. Thereby the sack of the shredded paper bag 8 that will fill with the wastepaper is sealed, prevents when the clearance, and the wastepaper in the bag is poured out by accident, also can guarantee simultaneously that can not cause secondary pollution when clearing up the wastepaper. The bottom of the next shredded paper bag 8 of hot melt spare carries out the heat-seal, puts bagging apparatus through the gravity of wastepaper shredded paper bucket and puts the bag with shredded paper bag 8, lays shredded paper bag 8, and degree of automation is high, has avoided manual operation, improves the availability factor of kneader, and is simple and convenient.
The collecting bag processing device 4 is provided with a fixed box 30 with a set height, the paper falling channel 7 is arranged in the middle of the fixed box 30, the bag storage box 10 is arranged on the upper surface of the fixed box 30, and the automatic bag opening collecting device 20 is arranged inside the fixed box 30. The bag storage box 10 and the automatic bag opening collecting device 20 are both arranged on the fixed box 30, so that the bag storage box 10 and the automatic bag opening collecting device 20 form a whole, and the structure is more stable. Meanwhile, the bag storage box 10 is arranged on the upper surface of the fixing box 30, so that the bag storage box 10 is convenient to replace, or the paper bag shreds 8 are convenient to place in the bag storage box 10. The wastepaper drops in the shredded paper bag 8 through the paper channel 7 that falls, and the paper channel 7 that falls is an open passageway, and automatic receipts sack device 20 is installed inside fixed box 30, because of automatic receipts sack device 20 is inside to be provided with drive division and transmission 83 parts such as transmission 83, prevents that the wastepaper from dropping and leads to transmission 83 parts failure in automatic receipts sack device 20, helps guaranteeing the normal use of transmission 83 parts.
The upper surface undercut of fixed box 30 forms a box body mounting groove 31 of setting for the height, stores up the embedded installation in box body mounting groove 31 of bag box 10, stores up the outside or the inboard of bag box 10 and has seted up a bag clearance 13. The shredded paper bag 8 in the bag box 10 extends from the bag outlet gap 13 to the paper falling channel 7, so that paper scraps fall from the scrap discharge port 6 into the shredded paper bag 8.
The inner side herein means that a side toward or closer to the paper dropping path 7 is the inner side, and a side opposite to the direction toward the paper dropping path 7 or farther from the paper dropping path 7 is the outer side.
Preferably, the bag outlet gap 13 is disposed inside the bag storage box 10, a bag falling transition portion 32 is disposed between the paper falling passage 7 and the box body installation groove 31, the lower end of the bag falling transition portion 32 is connected to the paper falling passage 7 of the automatic bag opening collecting device 20, the lower end opening shape of the bag falling transition portion 32 is adapted to the paper falling passage 7 of the automatic bag opening collecting device 20, the upper end of the bag falling transition portion 32 is connected to the inside of the box body installation groove 31, and the upper end shape of the bag falling transition portion 32 is adapted to the inside shape of the box body installation groove 31. The shape of box body mounting groove 31 suits with storing up bag box 10, and the length and the width ratio of the paper passageway 7 that falls in the middle part of box body mounting groove 31 are big than the paper passageway 7 that falls of automatic sack closer 20, and box body mounting groove 31 is closer than the position of automatic sack closer to chip removal mouth 6, and the paper passageway 7 that falls of box body mounting groove 31 is bigger, helps collecting the wastepaper in chip removal mouth 6 better more fully in shredded paper bag 8. The bag falling transition portion 32 is formed in a funnel shape, so that paper dust falling into the bag falling transition portion 32 is facilitated to slide into the paper falling passage 7.
Store up pouch box 10 and be provided with upper cover 11 and lower casing 12, upper cover 11 and lower casing 12 lid connect the cooperation, and the lower limb height in the outside that highly is higher than of the inboard lower limb of upper cover 11, or the upper limb height in the inboard of casing 12 is less than outside upper limb height down, and upper cover 11 closes with lower casing 12 lid and forms out bag clearance 13. When the height of the lower edge of the inner side of the upper cover 11 is higher than the height of the lower edge of the outer side, the inner side of the upper cover 11 is covered with the inner side of the lower shell 12, and then a bag outlet gap 13 is formed in the inner side of the upper cover 11. When the height of the upper edge of the inner side of the lower case 12 is lower than the height of the upper edge of the outer side, the inner side of the upper cover 11 is covered with the inner side of the lower case 12, and a bag outlet gap 13 is formed inside the lower case 12. The height referred to here is the height in the vertical direction.
The bag storage box 10 is provided with a bag storage cavity 14 inside, and the bag storage cavity 14 is arranged around the inside of the bag storage box 10. The bag storage cavity 14 is used for storing a cavity of the paper shredder bag 8, but after the paper shredder bag 8 is used up, the upper cover 11 is opened, the paper shredder bag 8 is filled again for use, the bag storage box 10 can be used repeatedly, non-disposable components are arranged, resources are saved, and the environment is protected.
The width of the paper falling channel 7 is greater than that of the chip removal port 6, and the length of the paper falling channel 7 is not less than that of the chip removal port 6; be provided with the shredded paper core in shredded paper aircraft nose 1, the shredded paper core is provided with motor 80, gear drive, two curb plates and two shredded paper sword sticks, motor 80 drive connection gear drive, the shredded paper sword stick is connected in the gear drive transmission, the both ends of two shredded paper sword sticks are rotatory respectively and are installed in two curb plates, the shredded paper sword stick includes an arbor and a plurality of blade, each blade interval cluster is established on the arbor, the cooperation is cuted to two adjacent blades and two of the correspondence of two shredded paper sword sticks.
The paper shredder head 1 is hinged to the upper part of the paper scrap collecting barrel 2, a paper scrap cleaning door 3 is arranged on the front side of the paper scrap collecting barrel 2, and the paper scrap cleaning door 3 is hinged to one side of the paper scrap collecting barrel 2; or the front side of the wastepaper collecting barrel 2 is horizontally provided with a push-pull groove, and the wastepaper cleaning door 3 is slidably arranged in the push-pull groove; or a slide rail is respectively arranged on two sides in the paper scrap collecting barrel 2, and the paper scrap cleaning door 3 is arranged at one end of the slide rail. When shredded paper bag 8 was filled to wastepaper, need clear up shredded paper bag 8, open wastepaper clearance door 3, with inside shredded paper bag 8 take out can, easy operation is convenient.
The above description is only for the preferred embodiment of the present invention, and for those skilled in the art, there are variations on the detailed description and the application scope according to the idea of the present invention, and the content of the description should not be construed as a limitation to the present invention.
Claims (10)
1. The utility model provides a kneader with bagging apparatus is put to gravity, including kneader head (1) and wastepaper collecting vessel (2), the lower part of kneader head (1) is provided with chip removal mouth (6), kneader head (1) is installed in the top of wastepaper collecting vessel (2), the at least below that corresponds of chip removal mouth (6) is provided with paper passageway (7) that falls, paper passageway (7) that falls extend to wastepaper collecting vessel (2) in, the upper portion of wastepaper collecting vessel (2) is provided with storage bag box (10) that are used for storing shredded paper bag (8), it sets up around paper passageway (7) that fall to store up bag box (10), the bag body cover of shredded paper bag (8) falls paper passageway (7) setting, its characterized in that: the kneader is provided with gravity and puts bagging apparatus, gravity is put bagging apparatus and is included actuating mechanism, wire reel (82), bag portion (87) is put to connecting wire (86) and gravity, wire reel (82) is connected in the actuating mechanism transmission, the one end of connecting wire (86) is fixed in wire reel (82), at least partly winding in wire reel (82) of connecting wire (86), bag portion (87) is put to gravity to at least one end connection gravity of connecting wire (86), bag portion (87) is put to gravity is located paper passageway (7), bag portion (87) is put to gravity sets up in the top of shredded paper bag (8).
2. The shredder with gravity bagging apparatus according to claim 1, wherein: the paper shredder head (1) is provided with an installation bottom plate (88), a line passing hole (89) is formed in the position, corresponding to the paper falling channel (7), of the installation bottom plate (88), and the connecting line (86) penetrates through the line passing hole (89) to be connected with the gravity bag placing portion (87).
3. The shredder with gravity bagging apparatus according to claim 2, wherein: actuating mechanism with wire reel (82) install in shredded paper aircraft nose (1), actuating mechanism includes motor (80) and gear box (81), and gear box (81) are connected in motor (80) drive, and gear box (81) transmission is connected wire reel (82), bag portion (87) are put to gravity sets up in the outer bottom surface of shredded paper aircraft nose (1).
4. A shredder with gravity bagging apparatus in accordance with claim 3, wherein: the wire spool (82) is rotatably mounted on the mounting base plate (88), the wire spool (82) is provided with a transmission part (83) and a wire winding groove, the transmission part (83) is in meshing transmission with the gear box (81), and the connecting wire (86) is wound on the wire winding groove.
5. The shredder with gravity bagging apparatus according to claim 4, wherein: bag portion (87) are put to gravity selects for use globular object, bag portion (87) are put to gravity is connected respectively at the both ends of connecting wire (86), the wire winding groove is provided with wire winding groove (84) and wire winding groove (85) down, and one of them half of connecting wire (86) twines in wire winding groove (84) on, and the other half of connecting wire (86) twines in wire winding groove (85) down.
6. A shredder with gravity bagging apparatus according to any one of claims 1 to 5, wherein: the gravity bag placing device comprises an initial state, a bag placing state and a recovery state,
when the gravity bag placing device is positioned in an initial state, the gravity bag placing part (87) is positioned above the paper bag (8), the bag body of the paper bag (8) is positioned at the upper part of the paper scrap collecting barrel (2),
when the gravity bag placing device is in a bag placing state, the gravity bag placing part (87) presses and crushes the paper bag (8), the bag body of the gravity bag placing part (87) and the paper shredding bag (8) is positioned at the bottom of the paper scrap collecting barrel (2),
when the gravity bag placing device is located in a recycling state, the gravity bag placing part (87) is far away from the bag body of the paper scrap collecting barrel (8), the gravity bag placing part (87) is located at the upper part of the paper scrap collecting barrel (2), and the bag body of the paper scrap collecting barrel (8) is located at the bottom of the paper scrap collecting barrel (2).
7. The shredder with gravity bagging apparatus according to claim 6, wherein: the below of shredded paper bag (8) is provided with automatic sack device (20) of receiving, and automatic sack device of receiving centers on paper passageway (7) that falls sets up, and automatic sack device of receiving is including drive transmission portion (21), hot melt portion (22) and slide bar, and drive transmission portion (21) transmission is connected the slide bar, and slide bar and hot melt portion (22) are located the edge of paper passageway (7) that falls, and the slide bar sets up with hot melt portion (22) relatively, and slide bar and hot melt portion (22) activity are supported press fit.
8. The shredder with gravity bagging apparatus according to claim 6, wherein: an automatic bag opening closing device (20) is arranged below the shredded paper bag (8), the automatic bag opening closing device is arranged around the paper falling channel (7), the automatic bag opening closing device comprises a driving transmission part (21) and a hot melting part (22), the paper falling device comprises a transverse sliding rod (23) and a longitudinal sliding rod (24), a driving transmission part (21) is respectively in transmission connection with the transverse sliding rod (23) and the longitudinal sliding rod (24), the transverse sliding rod (23), the longitudinal sliding rod (24) and a hot melting part (22) are respectively located on the edge of a paper falling channel (7), the transverse sliding rod (23) and the longitudinal sliding rod (24) are perpendicular to each other, one of the transverse sliding rod (23) and the longitudinal sliding rod (24) is parallel to the hot melting part (22), and the hot melting part (22) is located on one side of the end point of the moving stroke of the transverse sliding rod (23) or the longitudinal sliding rod (24) perpendicular to the hot melting part.
9. The shredder with gravity bagging apparatus according to claim 1, wherein: the width of the paper falling channel (7) is greater than that of the chip removal port (6), and the length of the paper falling channel (7) is not less than that of the chip removal port (6); be provided with the shredded paper core in shredded paper aircraft nose (1), the shredded paper core is provided with motor (80), gear drive, two curb plates and two shredded paper sword sticks, gear drive is connected in motor (80) drive, shredded paper sword stick is connected in the gear drive transmission, the both ends of two shredded paper sword sticks are rotatory respectively and are installed in two curb plates, shredded paper sword stick includes an arbor and a plurality of blade, each blade interval cluster is established on the arbor, the cooperation is cuted to two adjacent blades and the correspondence of two shredded paper sword sticks.
10. The shredder with gravity bagging apparatus according to claim 1, wherein: the paper shredder head (1) is hinged to the upper part of the paper scrap collecting barrel (2), a paper scrap cleaning door (3) is arranged on the front side of the paper scrap collecting barrel (2), and the paper scrap cleaning door (3) is hinged to one side of the paper scrap collecting barrel (2); or the front side of the wastepaper collecting barrel (2) is horizontally provided with a push-pull groove, and the wastepaper cleaning door (3) is slidably arranged in the push-pull groove; or a sliding rail is respectively arranged on two sides in the paper scrap collecting barrel (2), and the paper scrap cleaning door (3) is arranged at one end of the sliding rail.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201921483189.9U CN210815569U (en) | 2019-09-07 | 2019-09-07 | Paper shredder with gravity bag placing device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201921483189.9U CN210815569U (en) | 2019-09-07 | 2019-09-07 | Paper shredder with gravity bag placing device |
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| Publication Number | Publication Date |
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| CN210815569U true CN210815569U (en) | 2020-06-23 |
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| CN201921483189.9U Expired - Fee Related CN210815569U (en) | 2019-09-07 | 2019-09-07 | Paper shredder with gravity bag placing device |
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| CN (1) | CN210815569U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110882768A (en) * | 2019-12-04 | 2020-03-17 | 宁波王兴工艺品有限公司 | Paper shredder with baffle structure |
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2019
- 2019-09-07 CN CN201921483189.9U patent/CN210815569U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110882768A (en) * | 2019-12-04 | 2020-03-17 | 宁波王兴工艺品有限公司 | Paper shredder with baffle structure |
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