CN109500641B - High recycle's structure beam plate spare making devices - Google Patents
High recycle's structure beam plate spare making devices Download PDFInfo
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- CN109500641B CN109500641B CN201811265126.6A CN201811265126A CN109500641B CN 109500641 B CN109500641 B CN 109500641B CN 201811265126 A CN201811265126 A CN 201811265126A CN 109500641 B CN109500641 B CN 109500641B
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
- B23Q—DETAILS, COMPONENTS, OR ACCESSORIES FOR MACHINE TOOLS, e.g. ARRANGEMENTS FOR COPYING OR CONTROLLING; MACHINE TOOLS IN GENERAL CHARACTERISED BY THE CONSTRUCTION OF PARTICULAR DETAILS OR COMPONENTS; COMBINATIONS OR ASSOCIATIONS OF METAL-WORKING MACHINES, NOT DIRECTED TO A PARTICULAR RESULT
- B23Q7/00—Arrangements for handling work specially combined with or arranged in, or specially adapted for use in connection with, machine tools, e.g. for conveying, loading, positioning, discharging, sorting
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
- B23Q—DETAILS, COMPONENTS, OR ACCESSORIES FOR MACHINE TOOLS, e.g. ARRANGEMENTS FOR COPYING OR CONTROLLING; MACHINE TOOLS IN GENERAL CHARACTERISED BY THE CONSTRUCTION OF PARTICULAR DETAILS OR COMPONENTS; COMBINATIONS OR ASSOCIATIONS OF METAL-WORKING MACHINES, NOT DIRECTED TO A PARTICULAR RESULT
- B23Q11/00—Accessories fitted to machine tools for keeping tools or parts of the machine in good working condition or for cooling work; Safety devices specially combined with or arranged in, or specially adapted for use in connection with, machine tools
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
- B23Q—DETAILS, COMPONENTS, OR ACCESSORIES FOR MACHINE TOOLS, e.g. ARRANGEMENTS FOR COPYING OR CONTROLLING; MACHINE TOOLS IN GENERAL CHARACTERISED BY THE CONSTRUCTION OF PARTICULAR DETAILS OR COMPONENTS; COMBINATIONS OR ASSOCIATIONS OF METAL-WORKING MACHINES, NOT DIRECTED TO A PARTICULAR RESULT
- B23Q11/00—Accessories fitted to machine tools for keeping tools or parts of the machine in good working condition or for cooling work; Safety devices specially combined with or arranged in, or specially adapted for use in connection with, machine tools
- B23Q11/0042—Devices for removing chips
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
- B23Q—DETAILS, COMPONENTS, OR ACCESSORIES FOR MACHINE TOOLS, e.g. ARRANGEMENTS FOR COPYING OR CONTROLLING; MACHINE TOOLS IN GENERAL CHARACTERISED BY THE CONSTRUCTION OF PARTICULAR DETAILS OR COMPONENTS; COMBINATIONS OR ASSOCIATIONS OF METAL-WORKING MACHINES, NOT DIRECTED TO A PARTICULAR RESULT
- B23Q11/00—Accessories fitted to machine tools for keeping tools or parts of the machine in good working condition or for cooling work; Safety devices specially combined with or arranged in, or specially adapted for use in connection with, machine tools
- B23Q11/0042—Devices for removing chips
- B23Q11/005—Devices for removing chips by blowing
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Abstract
The utility model provides a high recycle rate's structure beam plate spare making devices, includes and gets board unit, flourishing board unit, send board unit and cutting unit, flourishing inboard splendid attire has sheet metal in the board unit, and the discharge gate of getting the board unit communicates with each other with the feed inlet that sends the board unit, and the discharge gate that sends the board unit communicates with each other with the feed inlet of cutting unit, is provided with miscellaneous net that falls under the cutting unit, wherein, get the board unit including get flat cylinder of board and get the board and erect the cylinder, flourishing board unit includes flourishing board groove, keep apart the pedestal, the accumulator, mend the board groove, the both ends that fall miscellaneous net are connected with a reciprocal sliding sleeve respectively, be provided with reciprocal slide bar in the reciprocal sliding sleeve, be provided with top lug roller under the miscellaneous net that falls, the diameter of big arc head end is greater than the minor arc head. This design not only the accuracy is higher, clastic collecting effect is better, and recycle rate is higher moreover, can generate the metal clad sheet of various structures.
Description
Technical Field
The invention relates to a metal plate manufacturing device, belongs to the field of metal part machining, and particularly relates to a structural beam plate manufacturing device with high recycling rate.
Background
The existing thermal power plant needs to use a large amount of steel structural members, such as a tower crane shell, a power generation boiler support, a pipe truss and the like, wherein girders with H-shaped structures and field-shaped structures are most common, and the original plates need to be subjected to technological operations such as blanking, plate shearing, small plate punching, welding, correcting, grinding or paint spraying in the process of manufacturing the girders, wherein the plates need to be cut when blanking and plate shearing are carried out.
In the prior art, when blanking, plate shearing or small plate punching are carried out on a plate, cutting operation is required, and the cutting modes comprise numerical control plasma cutting, numerical control flame cutting, numerical control water pressure cutting and numerical control aurora cutting. When cutting, the metal plate to be processed needs to be placed on a certain platform, and a recovery device is arranged at the bottom of the platform to collect the broken parts or scraps generated during cutting so as to prevent the broken parts or scraps from obstructing the normal processing of the metal plate.
But among the prior art with cutting platform supporting recovery unit be a monoblock backing plate, not only be unfavorable for clastic collecting, lead to the piece to produce the hindrance to the processing operation, be unfavorable for moreover to collect the piece after reprocessing, reduced recycle ratio, in addition, lack dedicated equipment and will treat that the sheet metal of processing transports to cutting platform on, not only the accuracy is lower, fragile sheet metal moreover.
The information disclosed in this background section is only for enhancement of understanding of the general background of the patent application and should not be taken as an acknowledgement or any form of suggestion that this information forms the prior art already known to a person skilled in the art.
Disclosure of Invention
The invention aims to overcome the defects and problems of low precision, blockage of normal processing, poor chip collecting effect and low recovery rate in the prior art, and provides the structural beam plate piece manufacturing device which is high in precision, beneficial to normal processing, good in chip collecting effect, high in recovery rate and high in recovery rate.
In order to achieve the above purpose, the technical solution of the invention is as follows: a manufacturing device of a structural beam plate with high recycling rate comprises a plate taking unit, a plate containing unit, a plate conveying unit and a cutting unit, wherein a metal plate is contained in the plate containing unit, a discharge hole of the plate taking unit is communicated with a feed hole of the plate conveying unit, a discharge hole of the plate conveying unit is communicated with a feed hole of the cutting unit, and a sundry dropping net is arranged right below the cutting unit;
the plate taking unit comprises a plate taking flat cylinder and a plate taking vertical cylinder, the output end of the plate taking flat cylinder is connected with the middle part of the back surface of the supporting beam through a supporting connecting shaft, the output end of the plate taking vertical cylinder penetrates through the supporting beam and then is connected with the top surface of the long beam positioned right below the supporting beam, and the bottom surface of the long beam is provided with an electromagnet; the plate containing unit comprises a plate containing frame, an isolation pedestal, a plate supplementing groove and a handrail, the lower part of the inner side edge of the handrail is connected with the inner side edge of the plate containing frame, the top of the plate containing frame is vertically connected with the isolation pedestal, the plate containing groove is clamped between one side of the isolation pedestal and the upper part of the inner side edge of the handrail for placing metal plates, a recovery groove is clamped between the other side of the isolation pedestal and the recovery seat, the bottom of the recovery seat is connected with the top of the plate containing frame, a limit baffle is arranged right above the recovery seat, the top end of the limit baffle is higher than the top end of the isolation pedestal, and the bottom end of the limit baffle is connected with the outer side edge of the plate feeding unit; the top end of the left side edge of the plate supplementing groove formed in the bottom of the plate containing frame is connected with the bottom end of a plate supplementing arc channel, the top end of the plate supplementing arc channel is connected with the joint of the recovery seat and the recovery groove, the plate supplementing arc channel is an arc-shaped slide channel with an inwards concave structure, the top end of the right side edge of the plate supplementing groove is flush with the bottom end of the vertical guide strip, the top end of the vertical guide strip is fixedly connected with the inner wall of the right side edge of the plate containing frame through the transverse guide strip, and a plate supplementing motor is arranged at the bottom of the plate supplementing groove;
the cutting unit comprises a plurality of strip-shaped supporting seats with the same structure, the adjacent strip-shaped supporting seats are parallel to each other, a gap is arranged between every two adjacent strip-shaped supporting seats, the top surfaces of the strip-shaped supporting seats are contacted with the bottom surface of a metal plate, the positions under the gap between the strip-shaped supporting seats and the seat are arranged right opposite to the top surface of the impurity falling net, two ends of the impurity falling net are respectively connected with a reciprocating sliding sleeve, a reciprocating sliding rod in sliding fit with the reciprocating sliding sleeve is arranged in the reciprocating sliding sleeve, an upper top lug roller is arranged right below the bottom surface of the impurity falling net, an impurity conveying device is arranged right below the upper top lug roller, and a discharge port of the impurity conveying device is communicated with a feed port of the recovery unit; the cross section of the upper top lug roller comprises a large arc head end, a small arc head end and a middle transition section, the inner end of the large arc head end is connected with the inner end of the small arc head end through the middle transition section, the diameter of the large arc head end is larger than that of the small arc head end, and a roller rotating rod is arranged in the middle of the large arc head end.
The plate containing unit further comprises a left plate supplementing tongue and a right plate supplementing tongue, the left plate supplementing tongue comprises an upper left tongue edge, a lower left tongue edge and a left arc edge clamped between the upper left tongue edge and the lower left tongue edge, the right plate supplementing tongue comprises an upper right tongue edge, a lower right tongue edge and a right arc edge clamped between the upper right tongue edge and the lower right tongue edge, the left arc edge and the right arc edge are arranged oppositely, the back parts of the lower left tongue edge and the lower right tongue edge are connected with one end of a limiting column, the other end of the limiting column is connected with the plate containing frame through a vertical column, the joint of the upper left tongue edge and the lower left tongue edge is rotationally matched with the top of the plate containing frame through a left rotating shaft, the joint of the upper right tongue edge and the lower right tongue edge is rotationally matched with the top of the plate containing frame through a right rotating shaft, the upper left tongue edge and the upper right tongue edge are arranged oppositely in a flush mode, a tongue gap is clamped between the upper left tongue edge and the upper right tongue edge, and the upper left tongue edge form the bottom edge of the plate containing, the vertical projection of the metal plate in the plate containing groove at the bottom of the plate containing frame is superposed with the bottom of the plate supplementing groove.
The miscellaneous net that falls includes a plurality of vertical nettings that connect gradually, and adjacent vertical nettings are parallel to each other, indulges in the nettings alone and vertically from top to bottom is provided with a plurality of grids of indulging that connect gradually, and adjacent vertical grid is parallel to each other, and single vertical grid is provided with an intercrossing's one diagonal and No. two diagonal.
The impurity transporting device comprises an impurity transporting crawler belt, a left impurity transporting roller and a right impurity transporting roller, wherein two ends of the impurity transporting crawler belt are respectively wrapped on the roller surfaces of the left impurity transporting roller and the right impurity transporting roller, a plurality of impurity transporting partition strips are uniformly arranged on the outer side surface of the impurity transporting crawler belt, the bottoms of the impurity transporting partition strips are vertically connected with the outer side surface of the impurity transporting crawler belt, adjacent impurity transporting partition strips are parallel to each other, and the adjacent impurity transporting partition strips and the impurity transporting crawler belt positioned between the adjacent impurity transporting partition strips form an impurity transporting box.
Impurity transporting baffles are respectively arranged on the inner side and the outer side of the impurity transporting crawler belt above the left impurity transporting roller and the right impurity transporting roller, and the height of each impurity transporting baffle is greater than that of each impurity transporting partition strip.
The recovery unit comprises a recovery upper baffle, a recovery outer side baffle, a recovery left lower inclined baffle and a recovery right lower inclined baffle, the recovery left lower inclined baffle and the recovery right lower inclined baffle are both arc-shaped plate structures, and arc-shaped bulges of the recovery left lower inclined baffle and the recovery right lower inclined baffle are arranged oppositely;
retrieve the top of oblique baffle under the left side and articulate with tail scavenging pipe's bottom, the bottom surface setting of the outer end of the nearly right miscellaneous roller of fortune of tail scavenging pipe's top gas outlet, the inner setting of the nearly recovery overhead gage of top surface of the outer end of the miscellaneous roller of right side fortune, the outer end of retrieving the overhead gage is connected with the top of retrieving the outside baffle perpendicularly, the bottom of retrieving the outside baffle is connected with the top of retrieving oblique baffle under the right side, the bottom of retrieving oblique baffle under the right side is connected with the bottom of retrieving oblique baffle under the left side through retrieving the ring, and retrieve oblique baffle under the left side, retrieve the ring, it encloses into a recovery bottom chamber to retrieve oblique baffle under the right side.
The recycling upper baffle is provided with an inclined scavenging pipe which is obliquely arranged, and an air outlet of the inclined scavenging pipe is arranged towards the outer end of the right impurity conveying roller.
The central axis of the oblique scavenging pipe and the central axis of the tail scavenging pipe are intersected to form an oblique tail included angle, and the size of the oblique tail included angle is 110-150 degrees.
The middle part of retrieving the overhead gage is provided with the pipe and rotates the seat, the scavenging pipe is located the miscellaneous roller of right fortune to one side, the pipe rotates between the seat, the middle part of pipe rotation seat is run through and has been crossed and have a section of thick bamboo, the top of this section of thick bamboo of rotating is higher than retrieving the overhead gage setting, coaxial intraductal lumen in the section of thick bamboo is seted up to the inside of a section of thick bamboo that rotates, the bottom of a section of thick bamboo then downwardly extending to retrieve the overhead gage under, the bottom of a section of thick bamboo is connected with the top surface that rotates the gas seat, the gas seat chamber has been seted up to the inside of rotating the gas seat, the bottom surface that rotates the gas seat is the arc structure of indent, evenly be provided with a plurality of rotation trachea on the bottom surface of rotating the gas seat, this bottom that rotates tracheal bottom and is located.
Retrieve outside baffle and include upper segment curb plate, middle section air film and hypomere curb plate, the top of upper segment curb plate is connected with the outer end of retrieving the overhead gage, and the bottom of upper segment curb plate is connected with the top of middle section air film through last air film seat, and the bottom of middle section air film is connected with the top of hypomere curb plate through lower air film seat, and the bottom of hypomere curb plate is connected with the top of retrieving the oblique baffle under the right side.
The bottom of the ring surface of the recovery ring is connected with the top surface of the metal mesh frame, the bottom surface of the metal mesh frame is arranged right opposite to the top end of the recovery insulating strip positioned right below the metal mesh frame, the number of the recovery insulating strips is at least three, every two adjacent recovery insulating strips are parallel to each other, the bottom ends of the recovery insulating strips are arranged right opposite to the top surface of the metal bottom plate, the metal bottom plate is parallel to the metal mesh frame, and the metal bottom plate and the metal mesh frame are respectively connected with two poles of the static generator.
Compared with the prior art, the invention has the beneficial effects that:
1. the invention relates to a device for manufacturing a structural beam plate with high recycling rate, wherein a plate taking unit comprises a plate taking flat cylinder, a plate taking vertical cylinder and a long beam, the plate taking unit comprises an isolation pedestal, plate containing grooves on two sides of the isolation pedestal and a recovery groove, when the device is applied, the long beam magnetically attracts a metal plate, the plate taking vertical cylinder drives the long beam to move vertically, the plate taking flat cylinder drives the long beam to move transversely so as to convey the metal plate to a plate conveying unit with high precision, in the process that the metal plate sequentially passes through the isolation pedestal and a limiting blocking part to the plate conveying unit from the plate containing grooves, if the number of the magnetically attracted plates exceeds one, the limiting blocking part blocks the redundant plates, so that the accuracy of the number conveyed each time is ensured, the blocked metal plate can fall into the recovery groove and then slide into a plate supplementing groove through a plate supplementing arc channel, and when the plate needs to be supplemented, the metal plate in the plate supplementing groove is jacked to the plate containing groove by a plate supplementing motor, the recycling effect is enhanced. Therefore, the invention has high accuracy and good recycling effect.
2. In the device for manufacturing the structural beam plate with high recycling rate, the plate holding unit also comprises a left compensation plate tongue and a right compensation plate tongue, when the plate needs to be compensated, the accumulated metal plates are firstly jacked to a position between the left compensation plate tongue and the right compensation plate tongue by the compensation plate motor along the guide strip, then the jacked metal plates are jacked continuously to jack the left and right compensation plate tongues, the metal plates are jacked to the positions above the left and right compensation plate tongues, then the compensation plate motor is downwards recycled, and the jacked left and right compensation plate tongues return to the position, at the moment, the metal plates are still in the plate holding groove to carry out subsequent plate taking operation, the whole process can recycle the recycled metal plates, the working efficiency is improved, the process is fully automatic, and the labor intensity is reduced. Therefore, the invention has stronger recycling function and higher working efficiency.
3. The invention relates to a device for manufacturing a structural beam plate with high recycling rate, wherein a cutting unit comprises a plurality of strip-shaped supporting seats, and a gap is arranged between every two adjacent strip-shaped supporting seats, compared with the whole plate structure in the prior art, the strip-shaped supporting seats and the gap between the seats are favorable for the falling of scraps during processing, so that the scraps are favorable for collecting the scraps, in addition, two ends of a sundry dropping net in the design are respectively connected with a reciprocating sliding sleeve, a reciprocating sliding rod is arranged inside the reciprocating sliding sleeve, the design realizes the front-and-back movement of the sundry dropping net through the relative sliding of the reciprocating sliding sleeve and the reciprocating sliding rod, simultaneously, an upper top lug roller is arranged right below the bottom surface of the sundry dropping net, the cross section of the upper top lug roller comprises a large arc head end, a small arc head end and a middle transition section, when in use, the roller rotating rod can drive the upper top lug roller to rotate, realize the reciprocal rotation of level to the miscellaneous net that falls is pushed up, is transferred to the top that does not stop, makes it carry out the reciprocating motion of vertical direction, and then makes the miscellaneous net that falls possess the reciprocating motion of level, two vertical directions, vibrates with the piece that falls into in the miscellaneous net, does benefit to it and falls into under and transport miscellaneous device, avoids hindering the normal clear of processing, the recycle of also being convenient for. Therefore, the invention has better chip collecting effect, is beneficial to normal processing and has higher recycling rate.
4. According to the device for manufacturing the structural beam plate with high recycling rate, the impurity falling net comprises the plurality of longitudinal net strips which are sequentially connected, the plurality of longitudinal grids which are sequentially connected are longitudinally arranged in a single longitudinal net strip from top to bottom, and the single longitudinal grid is provided with the first inclined rib and the second inclined rib which are mutually crossed. Therefore, the invention is not only beneficial to recycling, but also has higher working efficiency.
5. In the device for manufacturing the structural beam plate with high recycling rate, two ends of an impurity conveying crawler in an impurity conveying device are respectively wrapped on the surfaces of a left impurity conveying roller and a right impurity conveying roller, a plurality of impurity conveying partition strips are uniformly arranged on the outer side surface of the impurity conveying crawler, and the adjacent impurity conveying partition strips and the impurity conveying crawler positioned between the two impurity conveying partition strips form an impurity conveying box. Therefore, the invention not only can avoid the secondary scattering of the fragments, but also is beneficial to the fragments to enter the recovery unit.
6. In the device for manufacturing the structural beam plate with high recycling rate, the recycling unit comprises a recycling upper baffle, a recycling outer side baffle, a recycling left lower inclined baffle and a recycling right lower inclined baffle, wherein the top end of the recycling left lower inclined baffle is hinged with the bottom end of the tail gas scavenging pipe, the gas outlet at the top end of the tail gas scavenging pipe is arranged near the bottom surface of the outer end of the right impurity transporting roller, the top surface of the outer end of the right impurity transporting roller is arranged near the inner end of the recycling upper baffle, the recycling upper baffle is connected with the recycling right lower inclined baffle through the recycling outer side baffle, the recycling left lower inclined baffle, the recycling ring and the recycling right lower inclined baffle enclose a recycling bottom cavity, and the design has the advantages that: firstly, the scraps in the impurity transporting box fall into the recovery unit under the action of gravity, and the airflow ejected by the tail scavenging pipe can perform airflow cleaning on the impurity transporting box near the right impurity transporting roller, so that the efficiency of the scraps falling into the recovery unit is improved; secondly, the tail scavenging pipe can rotate around the joint of the tail scavenging pipe and the recovery left lower inclined baffle plate so as to improve the scavenging efficiency; and the left lower inclined recovery baffle and the right lower inclined recovery baffle are of opposite convex arc structures, so that the scraps falling onto the left lower inclined recovery baffle can slide down to the recovery bottom cavity. Therefore, the cleaning device has better cleaning effect and is beneficial to improving the recovery effect of the scraps.
7. In the device for manufacturing the structural beam plate with high recycling rate, the recycling upper baffle is provided with the inclined scavenging pipes which are obliquely arranged, and when the device is applied, the inclined scavenging pipes and the tail scavenging pipes are cooperated with each other, so that the device has the advantages that: firstly, the double air pipes can further enhance the cleaning effect, and are beneficial to the scraps in the impurity conveying box to enter the recovery bottom cavity; secondly, the angle of adjustment tail scavenging pipe, the reflection takes place for the outer terminal surface of the miscellaneous roller of right fortune for the air current that makes its jetted out, the bottom chamber is retrieved for the orientation to the direction of reflection, and simultaneously, oblique scavenging pipe just sets up for the slope originally, the reflection also can take place for the outer terminal surface of the miscellaneous roller of right fortune for the air current that it jetted out, the bottom chamber is also retrieved to the orientation of reflection, and at this moment, not only clean the effect and obtained the promotion, and under the effect of two strands of reflection air currents, the piece that is cleared away also changes in the motion to retrieving the bottom chamber, the reinforcing effect of retrieving. Therefore, the invention can improve the recovery effect by double reflection airflow.
8. In the device for manufacturing the structural beam plate with high recycling rate, the middle part of a pipe rotating seat arranged in the middle part of a recycling upper baffle penetrates through a rotating cylinder, a plurality of rotating air pipes are arranged on the concave arc bottom surface of a rotating air seat connected with the bottom end of the rotating cylinder, and the top ends of the rotating air pipes are communicated with the bottom end of an inner pipe cavity of the cylinder through an air seat cavity. Therefore, the invention not only has stronger recovery effect, but also has higher uniformity of the recovered scraps.
9. In the device for manufacturing the structural beam plate with high recycling rate, the recycling outer side baffle comprises the upper section side plate, the middle section gas film and the lower section side plate, and when the device is applied, the gas film in the middle section is pulled inside and outside, so that airflow in a new direction can be generated in the recycling unit, the airflow can not only enhance the cleaning effect of the gas in the recycling unit, but also avoid dead corners, and ensure the maximum recycling effect of scraps. Therefore, the invention has stronger recovery effect and no recovery dead angle.
10. In the device for manufacturing the structural beam plate with high recycling rate, the bottom of the ring surface of the recycling ring is connected with the top surface of the metal mesh frame, the bottom surface of the metal mesh frame is arranged opposite to the top end of the recycling insulating strip positioned right below the metal mesh frame, the bottom end of the recycling insulating strip is arranged opposite to the top surface of the metal bottom plate, when the device is applied, the metal bottom plate and the metal mesh frame are respectively connected with two poles of an electrostatic generator, an electric field is generated between the metal bottom plate and the metal mesh frame, under the action of the electric field, the scraps falling on the metal mesh frame move to the metal bottom plate, with the bits are planted to the static that realizes being similar to the static flocking on metal soleplate, the piece of implanting generates the composite sheet that contains metal with retrieving insulated strip, metal soleplate in the lump, is convenient for reuse, and the concrete structure of composite sheet can be adjusted according to the different overall arrangements of retrieving the insulated strip on metal soleplate. Therefore, the invention not only has stronger recycling effect, but also can generate metal composite plates with various structures.
Drawings
Fig. 1 is a schematic structural view of the present invention.
Fig. 2 is a bottom view of the litter box of fig. 1.
Fig. 3 is a schematic structural view of the upper bump roller of fig. 1.
Fig. 4 is a schematic structural view of the impurity transporting device in fig. 1.
Fig. 5 is a top view of the impurity carrying baffle of fig. 4.
Fig. 6 is a schematic view of the structure of the recovery unit of fig. 1.
Fig. 7 is a top view of the metal sole plate of fig. 6.
FIG. 8 is a left side view of the plate taking unit and the plate feeding unit in FIG. 1.
Fig. 9 is a top view of the panel taking unit of fig. 8.
Fig. 10 is a right side view of fig. 9.
Fig. 11 is a schematic structural view of the plate unit of fig. 8.
Fig. 12 is a schematic structural view of the left and right feeding tongues in fig. 11.
In the figure: the device comprises a metal plate 1, a cutting unit 2, a strip supporting seat 21, an inter-seat clearance 211, a sundry falling net 3, a reciprocating sliding sleeve 31, a reciprocating sliding rod 311, an upper top lug roller 32, a large arc head end 321, a small arc head end 322, a middle transition section 323, a roller rotating rod 324, a sundry conveying device 33, a longitudinal net strip 34, a longitudinal net grid 35, a first inclined rib 351, a second inclined rib 352, a sundry conveying crawler 36, a sundry conveying isolating strip 361, a sundry conveying box 362, a sundry conveying baffle 363, a left sundry conveying roller 37, a right sundry conveying roller 38, a recovery unit 4, a recovery upper baffle 41, an inclined scavenging pipe 411, an inclined tail included angle 412, a recovery outer baffle 42, an upper section side plate, a middle section air film 422, a lower section side plate 423, an upper air film seat 424, a lower air film seat 425, a recovery left lower inclined baffle 43, a tail scavenging pipe 431, a recovery right lower inclined baffle 44, a recovery bottom cavity 441, a recovery ring 45, a ring 451, a pipe rotating seat 46, a rotating cylinder 461, an, Air seat cavity 464, rotating air pipe 465, metal net frame 47, recovered insulating strip 48, metal bottom plate 49, plate feeding unit 5, plate feeding empty groove 51, plate feeding push handle 52, plate taking unit 6, plate taking platform 61, plate taking slide bar 611, plate taking slide bar 612, plate taking bearing seat 613, plate taking flat air cylinder 614, plate taking vertical air cylinder 62, plate taking slide bar 621, plate taking slide bar 622, proximity switch 623, support beam 63, support connecting shaft 631, long beam 64, electromagnet 65, plate containing unit 7, plate containing frame 71, frame bottom wheel 711, isolation pedestal 72, plate containing groove 721, recovered seat 722, recovered groove 723, handrail 73, limit stop part 74, plate supplementing groove 75, plate supplementing arc channel 751, vertical guide bar 752, horizontal guide bar 753, plate supplementing motor 754, limit column 76, vertical column 761, right plate supplementing tongue 8, upper right tongue edge 81, lower right tongue edge 82, right edge 83, right tongue edge 84, left plate supplementing shaft 9, An upper left tongue edge 91, a lower left tongue edge 92, a left arc edge 93, a left rotating shaft 94 and a tongue gap 95.
Detailed Description
The present invention will be described in further detail with reference to the following description and embodiments in conjunction with the accompanying drawings.
Referring to fig. 1 to 12, a device for manufacturing a structural beam plate with high recycling rate comprises a plate taking unit 6, a plate containing unit 7, a plate conveying unit 5 and a cutting unit 2, wherein a metal plate 1 is contained in the plate containing unit 7, a discharge hole of the plate taking unit 6 is communicated with a feed hole of the plate conveying unit 5, a discharge hole of the plate conveying unit 5 is communicated with a feed hole of the cutting unit 2, and a impurity falling net 3 is arranged right below the cutting unit 2;
the plate taking unit 6 comprises a plate taking flat cylinder 614 and a plate taking vertical cylinder 62, the output end of the plate taking flat cylinder 614 is connected with the middle part of the back surface of the support beam 63 through a support connecting shaft 631, the output end of the plate taking vertical cylinder 62 penetrates through the support beam 63 and then is connected with the top surface of a long beam 64 positioned right below the support beam 63, and the bottom surface of the long beam 64 is provided with an electromagnet 65; the plate containing unit 7 comprises a plate containing frame 71, an isolation pedestal 72, a plate supplementing groove 75 and a handrail 73, the lower part of the inner side edge of the handrail 73 is connected with the inner side edge of the plate containing frame 71, the top of the plate containing frame 71 is vertically connected with the isolation pedestal 72, a plate containing groove 721 is clamped between one side of the isolation pedestal 72 and the upper part of the inner side edge of the handrail 73 for placing the metal plate 1, a recovery groove 723 is clamped between the other side of the isolation pedestal 72 and a recovery seat 722, the bottom of the recovery seat 722 is connected with the top of the plate containing frame 71, a limit baffle 74 is arranged right above the recovery seat 722, the top end of the limit baffle 74 is higher than the top end of the isolation pedestal 72, and the bottom end of the limit baffle 74 is connected with the outer side edge of the plate conveying unit; the top end of the left side edge of a patch plate groove 75 formed in the bottom of the plate containing frame 71 is connected with the bottom end of a patch plate arc channel 751, the top end of the patch plate arc channel 751 is connected with the joint of a recovery seat 722 and a recovery groove 723, the patch plate arc channel 751 is an arc-shaped slide way with a concave structure, the top end of the right side edge of the patch plate groove 75 is flush with the bottom end of a vertical guide strip 752, the top end of the vertical guide strip 752 is fixedly connected with the inner wall of the right side edge of the plate containing frame 71 through a transverse guide strip 753, and a patch plate motor 754 is arranged at the bottom of the patch plate groove 75;
the cutting unit 2 comprises a plurality of strip supporting seats 21 with the same structure, the adjacent strip supporting seats 21 are parallel to each other, an inter-seat gap 211 is arranged between the adjacent strip supporting seats 21, the top surfaces of the strip supporting seats 21 are contacted with the bottom surface of the metal plate 1, the positions under the strip supporting seats 21 and the inter-seat gap 211 are opposite to the top surface of the impurity falling net 3, two ends of the impurity falling net 3 are respectively connected with a reciprocating sliding sleeve 31, a reciprocating sliding rod 311 in sliding fit with the reciprocating sliding sleeve 31 is arranged in the reciprocating sliding sleeve 31, an upper top lug roller 32 is arranged under the bottom surface of the impurity falling net 3, an impurity conveying device 33 is arranged under the upper top lug roller 32, and the discharge port of the impurity conveying device 33 is communicated with the feed port of the recovery unit 4; the cross section of the upper top bump roller 32 comprises a large arc head end 321, a small arc head end 322 and a middle transition section 323, the inner end of the large arc head end 321 is connected with the inner end of the small arc head end 322 through the middle transition section 323, the diameter of the large arc head end 321 is larger than that of the small arc head end 322, and a roller rotating rod 324 is arranged in the middle of the large arc head end 321.
The plate containing unit 7 further comprises a left supplementing plate tongue 9 and a right supplementing plate tongue 8, the left supplementing plate tongue 9 comprises an upper left tongue edge 91, a lower left tongue edge 92 and a left arc edge 93 clamped between the upper left tongue edge and the lower left tongue edge 92, the right supplementing plate tongue 8 comprises an upper right tongue edge 81, a lower right tongue edge 82 and a right arc edge 83 clamped between the upper right tongue edge and the lower right tongue edge, the left arc edge 93 and the right arc edge 83 are arranged oppositely, the back parts of the lower left tongue edge 92 and the lower right tongue edge 82 are connected with one end of a limiting column 76, the other end of the limiting column 76 is connected with the plate containing frame 71 through a vertical column 761, the joint part of the upper left tongue edge 91 and the lower left tongue edge 92 is in rotary fit with the top of the plate containing frame 71 through a left rotating shaft 94, the joint part of the upper right tongue edge 81 and the lower right tongue edge 82 is in rotary fit with the top of the plate containing frame 71 through a right rotating shaft 84, the upper left tongue edge 91 and the upper right tongue edge 81 are arranged oppositely, and, A tongue gap 95 is clamped between the upper right tongue edges 81, the tongue gap 95, the upper left tongue edge 91 and the upper right tongue edge 81 form the bottom edge of the plate containing groove 721 together, and the vertical projection of the metal plate 1 in the plate containing groove 721 at the bottom of the plate containing frame 71 is overlapped with the bottom of the plate supplementing groove 75.
The impurity transporting device 33 comprises an impurity transporting crawler 36, a left impurity transporting roller 37 and a right impurity transporting roller 38, two ends of the impurity transporting crawler 36 are respectively wrapped on the roller surfaces of the left impurity transporting roller 37 and the right impurity transporting roller 38, a plurality of impurity transporting partition strips 361 are uniformly arranged on the outer side surface of the impurity transporting crawler 36, the bottoms of the impurity transporting partition strips 361 are vertically connected with the outer side surface of the impurity transporting crawler 36, the adjacent impurity transporting partition strips 361 are parallel to each other, and the adjacent impurity transporting partition strips 361 and the impurity transporting crawler 36 positioned between the adjacent impurity transporting partition strips 361 and the impurity transporting crawler 36 form an impurity transporting box 362.
The recovery unit 4 comprises a recovery upper baffle 41, a recovery outer side baffle 42, a recovery left lower inclined baffle 43 and a recovery right lower inclined baffle 44, the recovery left lower inclined baffle 43 and the recovery right lower inclined baffle 44 are both arc-shaped plate structures, and arc-shaped bulges of the recovery left lower inclined baffle 43 and the recovery right lower inclined baffle 44 are arranged oppositely;
the top end of the left lower inclined recovery baffle 43 is hinged to the bottom end of the tail gas scavenging pipe 431, the top end gas outlet of the tail gas scavenging pipe 431 is close to the bottom surface of the outer end of the right impurity conveying roller 38, the top surface of the outer end of the right impurity conveying roller 38 is close to the inner end of the upper recovery baffle 41, the outer end of the upper recovery baffle 41 is vertically connected with the top end of the outer recovery baffle 42, the bottom end of the outer recovery baffle 42 is connected with the top end of the right lower inclined recovery baffle 44, the bottom end of the right lower inclined recovery baffle 44 is connected with the bottom end of the left lower inclined recovery baffle 43 through a recovery ring 45, and the left lower inclined recovery baffle 43, the recovery ring 45 and the right lower inclined recovery baffle 44 enclose a recovery bottom cavity 441.
The recovery upper baffle 41 is provided with an inclined scavenging pipe 411 which is obliquely arranged, and an air outlet of the inclined scavenging pipe 411 is arranged towards the outer end of the right impurity transporting roller 38.
The central axis of the oblique scavenging pipe 411 intersects with the central axis of the tail scavenging pipe 431 to form an oblique tail included angle 412, and the size of the oblique tail included angle 412 is 110-150 degrees.
The middle part of the recycling upper baffle 41 is provided with a tube rotating seat 46, the inclined scavenging tube 411 is positioned between the right impurity transporting roller 38 and the tube rotating seat 46, the middle part of the tube rotating seat 46 penetrates through a rotating cylinder 461, the top end of the rotating cylinder 461 is higher than the recycling upper baffle 41, a coaxial cylinder inner tube cavity 462 is arranged inside the rotating cylinder 461, the bottom end of the rotating cylinder 461 extends downwards to the position right below the recycling upper baffle 41, the bottom end of the rotating cylinder 461 is connected with the top surface of a rotating air seat 463, an air seat cavity 464 is arranged inside the rotating air seat 463, the bottom surface of the rotating air seat 463 is of an inwards concave arc structure, a plurality of rotating air tubes 465 are uniformly arranged on the bottom surface of the rotating air seat 463, the bottom ends of the rotating air tubes 465 are opposite to the recycling bottom cavity 441 positioned right below the rotating air tubes 465, and the top ends of the rotating air tubes 465 are communicated with the bottom end of the cylinder inner tube cavity.
Retrieve outside baffle 42 and include upper segment curb plate 421, middle section air film 422 and lower section curb plate 423, the top of upper segment curb plate 421 is connected with the outer end of retrieving overhead gage 41, and the bottom of upper segment curb plate 421 is connected with the top of middle section air film 422 through last air film seat 424, and the bottom of middle section air film 422 is connected with the top of lower section curb plate 423 through lower air film seat 425, and the bottom of lower section curb plate 423 is connected with the top of retrieving oblique baffle 44 under the right side.
The bottom of the ring surface 451 of the recovery ring 45 is connected with the top surface of the metal mesh frame 47, the bottom surface of the metal mesh frame 47 is arranged opposite to the top end of the recovery insulating strip 48 positioned right below the metal mesh frame 47, the number of the recovery insulating strips 48 is at least three, every two adjacent recovery insulating strips 48 are parallel to each other, the bottom end of each recovery insulating strip 48 is arranged opposite to the top surface of the metal bottom plate 49, the metal bottom plate 49 is parallel to the metal mesh frame 47, and the metal bottom plate 49 and the metal mesh frame 47 are respectively connected with two poles of the electrostatic generator.
The principle of the invention is illustrated as follows:
the structural beam plate referred to in the present design refers to various plate members used in constructing girders of H-shaped structures, field-shaped structures or other structures, which have not only various structures but also various forms of holes to be punched therein. In actual production, the operations of producing and perforating the plate members themselves rely on cutting the original metal plate.
Example 1:
referring to fig. 1 to 12, a device for manufacturing a structural beam plate with high recycling rate comprises a plate taking unit 6, a plate containing unit 7, a plate conveying unit 5 and a cutting unit 2, wherein a metal plate 1 is contained in the plate containing unit 7, a discharge hole of the plate taking unit 6 is communicated with a feed hole of the plate conveying unit 5, a discharge hole of the plate conveying unit 5 is communicated with a feed hole of the cutting unit 2, and a impurity falling net 3 is arranged right below the cutting unit 2; the plate taking unit 6 comprises a plate taking flat cylinder 614 and a plate taking vertical cylinder 62, the output end of the plate taking flat cylinder 614 is connected with the middle part of the back surface of the support beam 63 through a support connecting shaft 631, the output end of the plate taking vertical cylinder 62 penetrates through the support beam 63 and then is connected with the top surface of a long beam 64 positioned right below the support beam 63, and the bottom surface of the long beam 64 is provided with an electromagnet 65; the plate containing unit 7 comprises a plate containing frame 71, an isolation pedestal 72, a plate supplementing groove 75 and a handrail 73, the lower part of the inner side edge of the handrail 73 is connected with the inner side edge of the plate containing frame 71, the top of the plate containing frame 71 is vertically connected with the isolation pedestal 72, a plate containing groove 721 is clamped between one side of the isolation pedestal 72 and the upper part of the inner side edge of the handrail 73 for placing the metal plate 1, a recovery groove 723 is clamped between the other side of the isolation pedestal 72 and a recovery seat 722, the bottom of the recovery seat 722 is connected with the top of the plate containing frame 71, a limit baffle 74 is arranged right above the recovery seat 722, the top end of the limit baffle 74 is higher than the top end of the isolation pedestal 72, and the bottom end of the limit baffle 74 is connected with the outer side edge of the plate conveying unit; the top end of the left side edge of a patch plate groove 75 formed in the bottom of the plate containing frame 71 is connected with the bottom end of a patch plate arc channel 751, the top end of the patch plate arc channel 751 is connected with the joint of a recovery seat 722 and a recovery groove 723, the patch plate arc channel 751 is an arc-shaped slide way with a concave structure, the top end of the right side edge of the patch plate groove 75 is flush with the bottom end of a vertical guide strip 752, the top end of the vertical guide strip 752 is fixedly connected with the inner wall of the right side edge of the plate containing frame 71 through a transverse guide strip 753, and a patch plate motor 754 is arranged at the bottom of the patch plate groove 75; the cutting unit 2 comprises a plurality of strip supporting seats 21 with the same structure, the adjacent strip supporting seats 21 are parallel to each other, an inter-seat gap 211 is arranged between the adjacent strip supporting seats 21, the top surfaces of the strip supporting seats 21 are contacted with the bottom surface of the metal plate 1, the positions under the strip supporting seats 21 and the inter-seat gap 211 are opposite to the top surface of the impurity falling net 3, two ends of the impurity falling net 3 are respectively connected with a reciprocating sliding sleeve 31, a reciprocating sliding rod 311 in sliding fit with the reciprocating sliding sleeve 31 is arranged in the reciprocating sliding sleeve 31, an upper top lug roller 32 is arranged under the bottom surface of the impurity falling net 3, an impurity conveying device 33 is arranged under the upper top lug roller 32, and the discharge port of the impurity conveying device 33 is communicated with the feed port of the recovery unit 4; the cross section of the upper top bump roller 32 comprises a large arc head end 321, a small arc head end 322 and a middle transition section 323, the inner end of the large arc head end 321 is connected with the inner end of the small arc head end 322 through the middle transition section 323, the diameter of the large arc head end 321 is larger than that of the small arc head end 322, and a roller rotating rod 324 is arranged in the middle of the large arc head end 321.
Example 2:
the basic contents are the same as example 1, except that:
the impurity transporting device 33 comprises an impurity transporting crawler 36, a left impurity transporting roller 37 and a right impurity transporting roller 38, two ends of the impurity transporting crawler 36 are respectively wrapped on the roller surfaces of the left impurity transporting roller 37 and the right impurity transporting roller 38, a plurality of impurity transporting partition strips 361 are uniformly arranged on the outer side surface of the impurity transporting crawler 36, the bottoms of the impurity transporting partition strips 361 are vertically connected with the outer side surface of the impurity transporting crawler 36, the adjacent impurity transporting partition strips 361 are parallel to each other, and the adjacent impurity transporting partition strips 361 and the impurity transporting crawler 36 positioned between the adjacent impurity transporting partition strips 361 and the impurity transporting crawler 36 form an impurity transporting box 362. Preferably, the impurity transporting baffles 363 are respectively arranged on the inner side and the outer side of the impurity transporting crawler 36 above the left impurity transporting roller 37 and the right impurity transporting roller 38, and the height of the impurity transporting baffles 363 is greater than that of the impurity transporting partition strips 361.
Example 3:
the basic contents are the same as example 1, except that:
the recovery unit 4 comprises a recovery upper baffle 41, a recovery outer side baffle 42, a recovery left lower inclined baffle 43 and a recovery right lower inclined baffle 44, the recovery left lower inclined baffle 43 and the recovery right lower inclined baffle 44 are both arc-shaped plate structures, and arc-shaped bulges of the recovery left lower inclined baffle 43 and the recovery right lower inclined baffle 44 are arranged oppositely; the top end of the left lower inclined recovery baffle 43 is hinged to the bottom end of the tail gas scavenging pipe 431, the top end gas outlet of the tail gas scavenging pipe 431 is close to the bottom surface of the outer end of the right impurity conveying roller 38, the top surface of the outer end of the right impurity conveying roller 38 is close to the inner end of the upper recovery baffle 41, the outer end of the upper recovery baffle 41 is vertically connected with the top end of the outer recovery baffle 42, the bottom end of the outer recovery baffle 42 is connected with the top end of the right lower inclined recovery baffle 44, the bottom end of the right lower inclined recovery baffle 44 is connected with the bottom end of the left lower inclined recovery baffle 43 through a recovery ring 45, and the left lower inclined recovery baffle 43, the recovery ring 45 and the right lower inclined recovery baffle 44 enclose a recovery bottom cavity 441. Preferably, the recovery upper baffle 41 is provided with an inclined scavenging pipe 411, and an air outlet of the inclined scavenging pipe 411 is arranged towards the outer end of the right impurity transporting roller 38. Further preferably, the intersection of the central axis of the oblique scavenging duct 411 and the central axis of the tail scavenging duct 431 forms an oblique tail included angle 412, and the size of the oblique tail included angle 412 is 110 to 150 degrees.
Example 4:
the basic contents are the same as example 3, except that:
the middle part of the recycling upper baffle 41 is provided with a tube rotating seat 46, the inclined scavenging tube 411 is positioned between the right impurity transporting roller 38 and the tube rotating seat 46, the middle part of the tube rotating seat 46 penetrates through a rotating cylinder 461, the top end of the rotating cylinder 461 is higher than the recycling upper baffle 41, a coaxial cylinder inner tube cavity 462 is arranged inside the rotating cylinder 461, the bottom end of the rotating cylinder 461 extends downwards to the position right below the recycling upper baffle 41, the bottom end of the rotating cylinder 461 is connected with the top surface of a rotating air seat 463, an air seat cavity 464 is arranged inside the rotating air seat 463, the bottom surface of the rotating air seat 463 is of an inwards concave arc structure, a plurality of rotating air tubes 465 are uniformly arranged on the bottom surface of the rotating air seat 463, the bottom ends of the rotating air tubes 465 are opposite to the recycling bottom cavity 441 positioned right below the rotating air tubes 465, and the top ends of the rotating air tubes 465 are communicated with the bottom end of the cylinder inner tube cavity.
Example 5:
the basic contents are the same as example 4, except that:
the bottom of the ring surface 451 of the recovery ring 45 is connected with the top surface of the metal mesh frame 47, the bottom surface of the metal mesh frame 47 is arranged opposite to the top end of the recovery insulating strip 48 positioned right below the metal mesh frame 47, the number of the recovery insulating strips 48 is at least three, every two adjacent recovery insulating strips 48 are parallel to each other, the bottom end of each recovery insulating strip 48 is arranged opposite to the top surface of the metal bottom plate 49, the metal bottom plate 49 is parallel to the metal mesh frame 47, and the metal bottom plate 49 and the metal mesh frame 47 are respectively connected with two poles of the electrostatic generator.
Claims (8)
1. The utility model provides a high recycle rate's structure beam plate making devices, includes and gets board unit (6), flourishing board unit (7), send board unit (5) and cutting unit (2), metal sheet (1) are equipped with greatly in the flourishing board unit (7), the discharge gate of getting board unit (6) communicates with each other with the feed inlet that sends board unit (5), and the discharge gate that sends board unit (5) communicates with each other with the feed inlet of cutting unit (2), is provided with miscellaneous net (3), its characterized in that fall under cutting unit (2):
the plate taking unit (6) comprises a plate taking flat cylinder (614) and a plate taking vertical cylinder (62), the output end of the plate taking flat cylinder (614) is connected with the middle part of the back surface of the supporting beam (63) through a supporting connecting shaft (631), the output end of the plate taking vertical cylinder (62) penetrates through the supporting beam (63) and then is connected with the top surface of a long beam (64) located right below the supporting beam (63), and the bottom surface of the long beam (64) is provided with an electromagnet (65); the plate containing unit (7) comprises a plate containing frame (71), an isolation pedestal (72), a plate supplementing groove (75) and a handrail (73), the lower part of the inner side edge of the handrail (73) is connected with the inner side edge of the plate containing frame (71), the top of the plate containing frame (71) is vertically connected with an isolation pedestal (72), a plate containing groove (721) is clamped between one side of the isolation pedestal (72) and the upper part of the inner side edge of the handrail (73) to place a metal plate (1), a recovery groove (723) is clamped between the other side of the isolation pedestal (72) and the recovery seat (722), the bottom of the recovery seat (722) is connected with the top of the plate containing frame (71), a limit stopper (74) is arranged right above the recovery seat (722), the top end of the limit stopper (74) is higher than the top end of the isolation pedestal (72), and the bottom end of the limit stopper (74) is connected with the outer side edge of the plate feeding unit (5); the top end of the left side edge of a plate supplementing groove (75) formed in the bottom of the plate containing frame (71) is connected with the bottom end of a plate supplementing arc channel (751), the top end of the plate supplementing arc channel (751) is connected with the joint of a recovery seat (722) and a recovery groove (723), the plate supplementing arc channel (751) is an arc-shaped slide way with an inwards concave structure, the top end of the right side edge of the plate supplementing groove (75) is flush with the bottom end of a vertical guide strip (752), the top end of the vertical guide strip (752) is fixedly connected with the inner wall of the right side edge of the plate containing frame (71) through a transverse guide strip (753), and a plate supplementing motor (754) is arranged at the bottom of the plate supplementing groove (75);
the cutting unit (2) comprises a plurality of strip-shaped supporting seats (21) with the same structure, the adjacent strip-shaped supporting seats (21) are parallel to each other, a seat space clamp (211) is arranged between the adjacent strip-shaped supporting seats (21), the top surface of the long supporting seat (21) is contacted with the bottom surface of the metal plate (1), the position right below the long supporting seat (21) and the space (211) between the seats is arranged opposite to the top surface of the impurity falling net (3), two ends of the impurity falling net (3) are respectively connected with a reciprocating sliding sleeve (31), a reciprocating sliding rod (311) which is in sliding fit with the reciprocating sliding sleeve (31) is arranged inside the reciprocating sliding sleeve (31), an upper top bump roller (32) is arranged right below the bottom surface of the impurity falling net (3), a sundry conveying device (33) is arranged right below the upper top bump roller (32), and a discharge hole of the sundry conveying device (33) is communicated with a feed hole of the recovery unit (4); the cross section of the upper top bump roller (32) comprises a large arc head end (321), a small arc head end (322) and a middle transition section (323), the inner end of the large arc head end (321) is connected with the inner end of the small arc head end (322) through the middle transition section (323), the diameter of the large arc head end (321) is larger than that of the small arc head end (322), and a roller rotating rod (324) is arranged in the middle of the large arc head end (321);
the impurity transporting device (33) comprises an impurity transporting crawler belt (36), a left impurity transporting roller (37) and a right impurity transporting roller (38), two ends of the impurity transporting crawler belt (36) are respectively wrapped on the roller surfaces of the left impurity transporting roller (37) and the right impurity transporting roller (38), a plurality of impurity transporting partition strips (361) are uniformly arranged on the outer side surface of the impurity transporting crawler belt (36), the bottoms of the impurity transporting partition strips (361) are vertically connected with the outer side surface of the impurity transporting crawler belt (36), adjacent impurity transporting partition strips (361) are parallel to each other, and the adjacent impurity transporting partition strips (361) and the impurity transporting crawler belt (36) positioned between the adjacent impurity transporting partition strips (361) form an impurity transporting box (362) together;
the recovery unit (4) comprises a recovery upper baffle (41), a recovery outer side baffle (42), a recovery left lower inclined baffle (43) and a recovery right lower inclined baffle (44), the recovery left lower inclined baffle (43) and the recovery right lower inclined baffle (44) are both arc-shaped plate structures, and arc-shaped bulges of the recovery left lower inclined baffle (43) and the recovery right lower inclined baffle (44) are arranged in a right-facing manner; the top of retrieving left oblique baffle (43) down articulates with the bottom of tail scavenging pipe (431) mutually, the bottom surface setting of the outer end of the nearly right miscellaneous roller of fortune (38) of top gas outlet of tail scavenging pipe (431), the inner setting of the top surface of the outer end of the miscellaneous roller of fortune (38) of right side nearly recovery overhead gage (41), the outer end of retrieving overhead gage (41) is connected perpendicularly with the top of retrieving outside baffle (42), the bottom of retrieving outside baffle (42) is connected with the top of retrieving right oblique baffle (44) down, the bottom of retrieving right oblique baffle (44) down is connected with the bottom of retrieving left oblique baffle (43) down through retrieving ring (45), and retrieve left oblique baffle (43) down, retrieve ring (45), retrieve right oblique baffle (44) down and enclose into one altogether and retrieve end chamber (441).
2. The apparatus for manufacturing a structural beam and plate member with high recycling rate according to claim 1, wherein: the plate containing unit (7) further comprises a left plate supplementing tongue (9) and a right plate supplementing tongue (8), the left plate supplementing tongue (9) comprises an upper left tongue edge (91), a lower left tongue edge (92) and a left arc edge (93) clamped between the upper left tongue edge and the lower left tongue edge, the right plate supplementing tongue (8) comprises an upper right tongue edge (81), a lower right tongue edge (82) and a right arc edge (83) clamped between the upper left tongue edge and the lower right tongue edge, the left arc edge (93) and the right arc edge (83) are arranged oppositely, the backs of the lower left tongue edge (92) and the lower right tongue edge (82) are connected with one end of a limiting column (76), the other end of the limiting column (76) is connected with the plate containing frame (71) through a vertical column (761), the joint of the upper left tongue edge (91) and the lower left tongue edge (92) is in rotating fit with the top of the plate containing frame (71) through a left rotating shaft (94), and the joint of the upper right tongue edge (81) and the lower tongue edge (82) is in rotating fit with the top of the plate containing frame (71) through a rotating shaft (84, the upper left tongue edge (91) and the upper right tongue edge (81) are arranged just opposite to each other, a tongue gap (95) is arranged between the upper left tongue edge (91) and the upper right tongue edge (81), the tongue gap (95), the upper left tongue edge (91) and the upper right tongue edge (81) form the bottom edge of the containing plate groove (721), and the vertical projection of the metal plate (1) in the containing plate groove (721) at the bottom of the containing plate frame (71) is overlapped with the bottom of the plate supplementing groove (75).
3. A high recycling structural beam panel manufacturing apparatus as claimed in claim 1 or 2, wherein: impurity conveying baffles (363) are respectively arranged on the inner side and the outer side of the part, located above the left impurity conveying roller (37) and the right impurity conveying roller (38), of the impurity conveying crawler (36), and the height of each impurity conveying baffle (363) is larger than that of each impurity conveying partition strip (361).
4. A high recycling structural beam panel manufacturing apparatus as claimed in claim 1 or 2, wherein: an inclined scavenging pipe (411) which is obliquely arranged is arranged on the recovery upper baffle (41), and an air outlet of the inclined scavenging pipe (411) is arranged towards the outer end of the right impurity conveying roller (38).
5. The apparatus for manufacturing a structural beam plate with high recycling rate according to claim 4, wherein: the central axis of the oblique scavenging pipe (411) is intersected with the central axis of the tail scavenging pipe (431) to form an oblique tail included angle (412), and the size of the oblique tail included angle (412) is 110-150 degrees.
6. A high recycling structural beam panel manufacturing apparatus as claimed in claim 1 or 2, wherein: the middle part of the recycling upper baffle (41) is provided with a pipe rotating seat (46), an inclined scavenging pipe (411) is positioned between the right impurity conveying roller (38) and the pipe rotating seat (46), the middle part of the pipe rotating seat (46) penetrates through a rotating cylinder (461), the top end of the rotating cylinder (461) is higher than the recycling upper baffle (41) and is arranged, the rotating cylinder (461) is internally provided with a coaxial cylinder inner pipe cavity (462), the bottom end of the rotating cylinder (461) extends downwards to the position right below the recycling upper baffle (41), the bottom end of the rotating cylinder (461) is connected with the top surface of a rotating air seat (463), an air seat cavity (464) is arranged inside the rotating air seat (463), the bottom surface of the rotating air seat (463) is of an inward concave arc-shaped structure, a plurality of rotating air pipes (465) are uniformly arranged on the bottom surface of the rotating air seat (463), and the bottom end of each rotating air pipe (465) is just opposite to the recycling bottom cavity (441) positioned right below the rotating air, the top end of the rotary air pipe (465) is communicated with the bottom end of the tube cavity (462) in the cylinder through the air seat cavity (464).
7. A high recycling structural beam panel manufacturing apparatus as claimed in claim 1 or 2, wherein: retrieve outside baffle (42) and include upper segment curb plate (421), middle section air film (422) and hypomere curb plate (423), the top of upper segment curb plate (421) is connected with the outer end of retrieving overhead gage (41), and the bottom of upper segment curb plate (421) is connected with the top of middle section air film (422) through last air film seat (424), and the bottom of middle section air film (422) is connected with the top of hypomere curb plate (423) through lower air film seat (425), and the bottom of hypomere curb plate (423) is connected with the top of retrieving oblique baffle (44) down.
8. A high recycling structural beam panel manufacturing apparatus as claimed in claim 1 or 2, wherein: the bottom of the ring surface (451) of the recovery ring (45) is connected with the top surface of the metal mesh frame (47), the bottom surface of the metal mesh frame (47) is opposite to the top end of the recovery insulating strip (48) positioned right below the metal mesh frame, the number of the recovery insulating strips (48) is at least three, every two adjacent recovery insulating strips (48) are parallel to each other, the bottom end of the recovery insulating strip (48) is opposite to the top surface of the metal bottom plate (49), the metal bottom plate (49) is parallel to the metal mesh frame (47), and the metal bottom plate (49) and the metal mesh frame (47) are respectively connected with the two poles of the static generator.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811265126.6A CN109500641B (en) | 2018-10-29 | 2018-10-29 | High recycle's structure beam plate spare making devices |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811265126.6A CN109500641B (en) | 2018-10-29 | 2018-10-29 | High recycle's structure beam plate spare making devices |
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| Publication Number | Publication Date |
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| CN109500641A CN109500641A (en) | 2019-03-22 |
| CN109500641B true CN109500641B (en) | 2020-01-10 |
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|---|---|---|---|---|
| US2839099A (en) * | 1954-05-06 | 1958-06-17 | Muller Walter | Machine plants for the continuous automatic production of planks of predetermined length |
| JPS55112746A (en) * | 1979-02-19 | 1980-08-30 | Hiroshi Iketani | Stand for material plane feeding device in wood machine tool |
| CN104907450A (en) * | 2015-05-28 | 2015-09-16 | 武汉思凯精冲模具有限责任公司 | Bar stock fine blanking storage trolley with recycling function and using method thereof |
| CN104907434A (en) * | 2015-05-28 | 2015-09-16 | 武汉思凯精冲模具有限责任公司 | Automatic feeding system of fine blanking bar stock and using method thereof |
| CN204770302U (en) * | 2015-05-28 | 2015-11-18 | 武汉思凯精冲模具有限责任公司 | Possesses billot essence towards storage car of retrieving function |
| CN204642912U (en) * | 2015-05-29 | 2015-09-16 | 浪潮电子信息产业股份有限公司 | Material conveying device capable of automatically scanning codes |
| CN208004854U (en) * | 2018-03-07 | 2018-10-26 | 安徽省海力机床制造有限公司 | A kind of drilling machine processing auxiliary mould |
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|---|---|
| CN109500641A (en) | 2019-03-22 |
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