CN207372793U - A kind of novel loading platform and blanking bench equipment - Google Patents

A kind of novel loading platform and blanking bench equipment Download PDF

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Publication number
CN207372793U
CN207372793U CN201721485811.0U CN201721485811U CN207372793U CN 207372793 U CN207372793 U CN 207372793U CN 201721485811 U CN201721485811 U CN 201721485811U CN 207372793 U CN207372793 U CN 207372793U
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China
Prior art keywords
stent
blanking bench
feeding
blanking
rotation axis
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CN201721485811.0U
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Chinese (zh)
Inventor
陶富军
朱明周
陶和平
朱国瑞
乾红伦
付建阳
赵林娟
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Henan Hengyuan Hengshan Industrial Co Ltd
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Henan Hengyuan Hengshan Industrial Co Ltd
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Abstract

A kind of novel loading platform and blanking bench equipment,Including feeding table apparatus,Cutter device,Blanking table apparatus,Blanking table apparatus is located at the left side of cutter device and identical with the height of feeding table apparatus,Rotation axis is provided with below blanking bench rack upper surface,The left end of rotation axis is arranged with the rotary sleeve of tubulose,Rotary sleeve right end is fixedly installed limiting plate straight up,Rotation axial brake device is provided on the right side of rotary sleeve,Rotate the block board being both provided at left and right sides of axial brake device parallel to left support plate,Two block board lower ends are fixedly connected with the rotating shaft,The annular slab parallel to block board being arranged in rotation axis is provided between two block boards,The connecting plate hinged with annular slab is both provided at left and right sides of annular slab,Compression bar is provided with below annular slab,The front end of compression bar is rotatablely connected with the lower end of blanking bench stent,The utility model has easy to operate in a word,Transfer efficiency is high,Equipment cost is low,The advantages of cutting accuracy is high.

Description

A kind of novel loading platform and blanking bench equipment
Technical field
The utility model is related to lifting equipment field more particularly to a kind of novel loading platform and blanking bench equipment.
Background technology
Application of the steel in lifting equipment field at present is particularly extensive, and steel according to situation when using to the ruler of steel It is very little to have special requirement, it is necessary to be used after being cut.
In the prior art, mainly cut using automanual cutting machine, manually steel are placed on cutting machine Then manual cutting is carried out, manually transporting steel, not only transfer efficiency is low, but also steel cut lengths precision is not high, and faces It can not be fixed during steel with water chestnut side, a variety of processing requests can not be met;It is cut using the equipment of machinery conveying steel part It is low to cut precision, equipment cost is high, complicated for operation, and the steel type that can be cut is seldom.
Utility model content
The utility model provides a kind of novel loading platform and blanking bench equipment, solves cutting accuracy existing for existing equipment It is low, the technical issues of equipment cost is high, and complicated for operation, cutting efficiency is low, and the steel type of cutting is few.
In order to solve the above-mentioned technical problem, the utility model adopts the following technical solution:A kind of novel loading platform and blanking Platform equipment, including feeding table apparatus, cutter device and blanking table apparatus, feeding table apparatus is located at the right side of cutter device and with cutting Cutting device has spacing, and feeding table apparatus lower part is provided with feeding platform stent, is set along the longitudinal direction on feeding platform rack upper surface There are multiple upper feed rollers, upper feed roller rear and front end is rotatablely connected respectively with the front-end and back-end on feeding platform stent, positioned at upper The feeding drum front end of right end is fixedly installed rotating wheel on material platform stent, and rotating wheel is coaxially disposed and rotates with upper feed roller The outer diameter that outer diameter is more than upper feed roller is taken turns, driving motor is provided on the right side of feeding platform stent, rotating wheel connects with driving motor transmission It connects, blanking table apparatus is located at the left side of cutter device and, blanking table apparatus and cutter device identical with the height of feeding table apparatus There is spacing, blanking table apparatus lower part is provided with the blanking bench stent identical with feeding platform supporting structure, is set above blanking bench stent The lower feed roller identical with the feeding roller frame on feeding platform stent is equipped with, the left end of blanking bench stent is vertical along the longitudinal direction Be provided with left support plate, left support plate is located at the lower section of the upper surface of blanking bench stent, the rear and front end of left support plate respectively with Blanking bench stent is fixedly connected, and the right end front-rear direction of blanking bench stent is vertically arranged with right support plate, blanking bench stent upper table Rotation axis is provided with below face, the left and right ends of rotation axis are rotatablely connected respectively with left support plate and right support plate, rotation axis Left part be arranged with the rotary sleeve of tubulose, rotary sleeve right end is fixedly installed limiting plate straight up, the rotation on the left of limiting plate Multiple fixing screws are provided on pivoted housing, fixing screws fix rotary sleeve and rotation axis on the rotating shaft through rotary sleeve top pressure, Rotation axial brake device is provided on the right side of rotary sleeve, is both provided in the rotation axis for the left and right sides for rotating axial brake device flat Row is in the block board of left support plate, and two block board lower ends are vertical with rotation axis to be fixedly connected, the length phase of two block boards With and the vertical range that is all higher than between rotation axis upper end outer surface and the upper surface of blanking bench stent, set between two block boards The annular slab being sheathed in rotation axis is equipped with, annular slab is parallel with block board, the company of being both provided at left and right sides of annular front edge of board Fishplate bar, two connecting plate length are identical and parallel to each other, and the upper end of two connecting plates is hinged with annular slab, the lower section of annular slab It is provided with compression bar, compression bar is low early and high after to be obliquely installed and the front end of compression bar is connected with the lower rotational of blanking bench stent, two companies The lower end of fishplate bar is hinged with the middle part of compression bar, annular slab higher than compression bar and in rotation axis rotation process annular slab not with compression bar Contact, the rear end of compression bar be located at the rear side of blanking bench stent and the rear end of compression bar less than blanking bench stent upper surface.
Further, the rear and front end of upper feed roller is both provided with feeding roller shaft, and rotating wheel and adjusting rotating wheel are equal It is set on the front end of feeding roller shaft, limited block, each /V is both provided at left and right sides of feeding roller shaft end Block is fixedly connected for the lower end of hollow square steel and limited block with feeding platform stent, and the height of limited block is higher than feeding roller shaft Height, the end set of the feeding roller shaft is between two limited blocks and the left and right sides of feeding roller shaft end Respectively with the interior side contacts of two limited blocks, the connection mode of the lower feed roller and blanking bench stent and upper feed roller and upper Expect that the connection mode of platform stent is identical, feed roller and lower feed roller in fixation of simple structure and low cost.
Diamond shape steel delivery wheel is further arranged with along the longitudinal direction on upper feed roller and lower feed roller, and diamond shape steel are defeated Wheel is sent to include peripherally disposed v-depression, v-depression can transport band for placing and transporting the steel with water chestnut side The steel on water chestnut side, the species of increase conveying steel.
Further, the left surface of limiting plate is fixedly installed triangle fixed plate, triangle fixed plate perpendicular to limiting plate and The lower end of triangle fixed plate is fixedly connected with the upper end of rotary sleeve, is further strengthened fixed limiting plate, is kept out steel to limiting plate Impact.
Further, the front end for rotating axial brake device is obliquely installed there are two blanking support plate, two blanking support plates Outside that is low early and high after and being located at block board respectively, before steel is facilitated smoothly to fall on blanking bench stent under the promotion of block board On the position of Fang Zhiding.
Further, the different adjusting rotating wheel of multiple diameters is provided on front side of rotating wheel, rotating wheel is adjusted and is arranged In the front end of upper feed roller, multiple adjusting rotating wheels adjust diameter and gradually increase from back to front, conveniently adjustment conveying steel The speed of material.
Further, annular slab is semi-circular plate, when the rear end of compression bar is in home position, the highest of two block boards End is below the upper surface of blanking bench stent, and positioned at the rear side of rotation axis;After compression bar is depressed, two block boards move forwards Dynamic and two block boards most significant end is higher than the upper surface of blanking bench stent, facilitates the rotation of rotation axis.
Further, the rear end of compression bar is provided with Anti-slip handle, convenient lower moulded rod.
Further, block board is fanning strip, and the lower end welding of block board on the rotating shaft, after convenient lower moulded rod, blocks Position plate promotes steel to move forward.
Compared with the prior art, the beneficial effects of the utility model are:The utility model is rolled using upper feed roller and blanking Cylinder is convenient and efficient to carry out transport material, the speed of steel conveying is adjusted using rotating wheel and adjusting rotating wheel, using /V Plate stops conveying after designated length reach steel, is quickly and easily moved using axial brake device is rotated after the completion of cutting Steel send wheel to transport the irregular material with water chestnut side, the utility model has easy to operate, defeated in a word to one side using diamond shape Send the advantages of efficient, equipment cost is low, cutting accuracy is high.
Description of the drawings
Fig. 1 is the structure diagram of the utility model;
Fig. 2 is the left view of Fig. 1;
Fig. 3 is the connection diagram for rotating axial brake device and rotation axis;
Fig. 4 is the right view of Fig. 3;
Fig. 5 is rotating wheel and the connection diagram for adjusting rotating wheel and upper feed roller;
Fig. 6 is the connection diagram of upper feed roller and feeding platform stent;
Fig. 7 is the connection diagram of water chestnut side steel delivery wheel and upper feed roller.
In figure:1st, feeding table apparatus 2, cutter device 3, blanking table apparatus 4, feeding platform stent 5, upper feed roller 6, Rotating wheel 7, driving motor 8 adjust rotating wheel 9, blanking bench stent 10, lower feed roller 11, left support plate 12, right support plate 13rd, rotation axis 14, rotary sleeve 15, limiting plate 16, fixing screws 17, triangle fixed plate 18, rotate axial brake device 19, Block board 20, annular slab 21, connecting plate 22, compression bar 23, Anti-slip handle 24, blanking support plate 25, feeding roller shaft 26th, limited block 27, diamond shape steel delivery wheel 28, v-depression.
Specific embodiment
Embodiment:As shown in Figs. 1-5, a kind of novel loading platform and blanking bench equipment, including feeding table apparatus 1, cutting dress It puts and is located at the right side of cutter device 2 with blanking table apparatus 3, feeding table apparatus 1 and has spacing, feeding table apparatus 1 with cutter device 2 Lower part is provided with feeding platform stent 4, is provided with multiple upper feed rollers 5, feeding rolling on 4 upper surface of feeding platform stent along the longitudinal direction 5 rear and front ends of cylinder are rotatablely connected respectively with the front-end and back-end on feeding platform stent 4, the right end on feeding platform stent 4 Upper 5 front end of feed roller is fixedly installed rotating wheel 6, and rotating wheel 6 is coaxially disposed with upper feed roller 5 and 6 outer diameter of rotating wheel is more than upper The outer diameter of feed roller 5,4 right side of feeding platform stent are provided with driving motor 7, and rotating wheel 6 is sequentially connected with driving motor 7, rotates The front side of wheel 6 is provided with the different adjusting rotating wheel 8 of multiple diameters, adjusts the front end that rotating wheel 8 is set in feed roller 5, Diameter gradually increases multiple adjusting rotating wheels 8 from back to front, conveniently the speed of adjustment conveying steel, blanking table apparatus 3 Positioned at the left side of cutter device 2 and identical with the height of feeding table apparatus 1, blanking table apparatus 3 has spacing with cutter device 2, under Material table apparatus 3 lower part is provided with the blanking bench stent 9 identical with 4 structure of feeding platform stent, 9 top of blanking bench stent be provided with The identical lower feed roller 10 of 5 structure of upper feed roller on feeding platform stent 4, the left end of blanking bench stent 9 are vertical along the longitudinal direction Left support plate 11 is provided with, left support plate 11 is located at the lower section of the upper surface of blanking bench stent 9, the rear and front end of left support plate 11 It is fixedly connected respectively with blanking bench stent 9, the right end front-rear direction of blanking bench stent 9 is vertically arranged with right support plate 12, blanking Be provided with rotation axis 13 below 9 upper surface of platform stent, the left and right ends of rotation axis 13 respectively with left support plate 11 and right support Plate 12 is rotatablely connected, and the left part of rotation axis 13 is arranged with the rotary sleeve 14 of tubulose, 14 right end of rotary sleeve be fixedly installed vertically to On limiting plate 15, be provided with multiple fixing screws 16 on the rotary sleeve 14 in the left side of limiting plate 15, fixing screws 16 are through rotation It covers 14 top pressures and rotary sleeve 14 and rotation axis 13 is fixed in rotation axis 13, the left surface of limiting plate 15 is fixedly installed triangle and fixes Plate 17, triangle fixed plate 17 are fixedly connected perpendicular to the lower end of limiting plate 15 and triangle fixed plate 17 with the upper end of rotary sleeve 14, Further strengthen fixed limiting plate 15, keep out impact of the steel to limiting plate 15, set in the rotation axis 13 on 14 right side of rotary sleeve Have and rotate axial brake device 18, rotate and be both provided in the rotation axis 13 of 18 left and right sides of axial brake device parallel to left support plate 11 block board 19, two 19 lower ends of block board are vertical with rotation axis 13 to be fixedly connected, and the length of two block boards 19 is identical And the vertical range between 13 upper end outer surface of rotation axis and the upper surface of blanking bench stent 9 is all higher than, block board 19 is sector Plate, the lower end of block board 19 are welded in rotation axis 13, and after convenient lower moulded rod 22, block board 19 promotes steel to move forward, The annular slab 20 being sheathed in rotation axis 13 is provided between two block boards 19, annular slab 20 is parallel with block board 19.Annular Plate 20 is higher than compression bar 22 and annular slab 20 is not contacted with compression bar 22 in 13 rotation process of rotation axis.The left and right of 20 front end of annular slab Both sides are both provided with connecting plate 21, and two 21 length of connecting plate are identical and parallel to each other, and the upper end of two connecting plates 21 is and ring Shape plate 20 is hinged, and the lower section of annular slab 20 is provided with compression bar 22, compression bar 22 is low early and high after be obliquely installed and the front end of compression bar 22 with The lower rotational connection of blanking bench stent 9, the middle part of the lower ends of two connecting plates 21 with compression bar 22 are hinged, the rear end of compression bar 22 Positioned at the rear side of blanking bench stent 9 and the rear end of compression bar 22 is less than the upper surface of blanking bench stent 9, and the rear end of compression bar 22 is provided with Anti-slip handle 23, convenient lower moulded rod 22, the blanking bench stent 9 for rotating 18 front side of axial brake device are obliquely installed that there are two blankings Support plate 24, two blanking support plates 24 are low early and high after and are located at the outside of block board 19 respectively, facilitate steel in block board 19 Promotion under smoothly fall on the position that the front of blanking bench stent 9 is specified.In the present embodiment, semi-circular can be used in annular slab 20 Plate facilitates the rotation of rotation axis 13.When the rear end of compression bar 22 is in initial position, the most significant end of two block boards 19 is below The upper surface of blanking bench stent 9, and positioned at the rear side of rotation axis 13;After compression bar 22 are depressed, two block boards 19 select forwards Select and the most significant end of two block boards 19 be higher than blanking bench stent 9 upper surface.As shown in fig. 6, the rear and front end of upper feed roller 5 Feeding roller shaft 25 is both provided with, rotating wheel 6 and adjusting rotating wheel 8 are arranged on the front end of feeding roller shaft 25, on Limited block 26 is both provided at left and right sides of 25 end of feed roller shaft, each limited block 26 is hollow square steel and limited block 26 Lower end be fixedly connected with feeding platform stent 4, the height of limited block 26 is higher than the height of feeding roller shaft 25, and upper feed roller turns The end set of axis 25 between two limited blocks 26 and the left and right sides of 25 end of feeding roller shaft respectively with two /Vs The connection mode of the interior side contacts of block 26, lower feed roller 10 and blanking bench stent 9 and the company of upper feed roller 5 and feeding platform stent 4 Connect that mode is identical, feed roller 5 and lower feed roller 10 in fixation of simple structure and low cost.
As shown in fig. 7, water chestnut side steel delivery wheel 27, water chestnut are arranged with along the longitudinal direction on upper feed roller 5 and lower feed roller 10 Side steel delivery wheel 27 includes peripherally disposed v-depression 28, and v-depression 28 is used to place and transport the steel with water chestnut side Material, the species of increase conveying steel, improves steel transfer efficiency.
When the utility model is used, according to the position of the position to be cut of raw material adjustment rotary sleeve 14, then with solid Determine screw 16 to fix rotary sleeve 14 and ensure limiting plate 15 straight up, raw material are then placed horizontally in blanking in left-right direction It on platform stent 9, opens driving motor 7 and drives upper 5 setting in motion of feed roller, raw material from left to right uniform motion works as raw material Encounter raw material stop motion after limiting plate 15, close driving motor 7, open cutter device 2 and cut, after cutting, Lower moulded rod 22, connecting plate 21 follow compression bar 22 to move, and then annular slab 20 drives rotation axis 13 to start to rotate, so as to block board 19 rotate forward around the axial line of rotation axis 13, and block board 19 is turned to promotes raw material more than behind 9 upper surface of blanking bench stent It travels forward, after raw material fall on designated position along under blanking support plate 24;Compression bar 22 is moved upwards, and rotation axis 13 reversely turns Dynamic, block board 19 is turned to below 9 upper surface of blanking bench stent, is opened driving motor 7 and is started to convey next raw material.When need When wanting the raw material on cutting belt water chestnut side, water chestnut side steel delivery wheel 27 is set on upper feed roller 5 and lower feed roller 10, then will In the v-depression 28 of the water chestnut of raw material steel delivery wheel 27 when being placed on water chestnut, it is defeated by aforesaid operations progress to open driving motor 7 It send and cuts.The utility model has the advantages that easy to operate, transfer efficiency is high, equipment cost is low, cutting accuracy is high in a word.

Claims (9)

1. a kind of novel loading platform and blanking bench equipment, it is characterised in that:It is filled including feeding table apparatus, cutter device and blanking bench It puts, feeding table apparatus is located at the right side of cutter device and has spacing with cutter device, and feeding table apparatus lower part is provided with feeding platform Stent, is provided with multiple upper feed rollers on feeding platform rack upper surface along the longitudinal direction, upper feed roller rear and front end respectively with it is upper Expect the front-end and back-end rotation connection on platform stent, the feeding drum front end of right end is fixedly installed on feeding platform stent Rotating wheel, rotating wheel is coaxially disposed with upper feed roller and rotating wheel outer diameter is more than the outer diameter of upper feed roller, feeding platform stent right side Be provided with driving motor, the rotating wheel is sequentially connected with driving motor, blanking table apparatus be located at the left side of cutter device and with The height of feeding table apparatus is identical, and blanking table apparatus has spacing with cutter device, and blanking table apparatus lower part is provided with and feeding platform The identical blanking bench stent of supporting structure, blanking bench stent top are provided with identical with the feeding roller frame on feeding platform stent Lower feed roller, the left end of blanking bench stent is vertically arranged with left support plate along the longitudinal direction, and left support plate is located at blanking bench branch The lower section of the upper surface of frame, the rear and front end of left support plate are fixedly connected respectively with blanking bench stent, the right end of blanking bench stent Front-rear direction is vertically arranged with right support plate, and rotation axis, the left and right two of rotation axis are provided with below blanking bench rack upper surface End is rotatablely connected respectively with left support plate and right support plate, and the left part of rotation axis is arranged with the rotary sleeve of tubulose, rotary sleeve right end It is fixedly installed limiting plate straight up, is provided with multiple fixing screws on the rotary sleeve on the left of limiting plate, fixing screws are worn It crosses rotary sleeve top pressure and fixes rotary sleeve and rotation axis on the rotating shaft, be provided with rotation axial brake device on the right side of rotary sleeve, turn The block board parallel to left support plate, two block board lower ends are both provided in the rotation axis of the left and right sides of moving axis driving device Vertical with rotation axis to be fixedly connected, the length of two block boards is identical and is all higher than rotation axis upper end outer surface and blanking bench branch Vertical range between the upper surface of frame, is provided with the annular slab being sheathed in rotation axis among two block boards, annular slab with Block board is parallel, and connecting plate is both provided at left and right sides of annular front edge of board, and two connecting plate length are identical and parallel to each other, and two The upper end of a connecting plate is hinged with annular slab, and compression bar is provided with below annular slab, and compression bar is low early and high after to be obliquely installed and press The front end of bar is connected with the lower rotational of blanking bench stent, and the middle part of the lower ends of two connecting plates with compression bar is hinged, annular slab Higher than compression bar and in rotation axis rotation process, annular slab is not contacted with compression bar, and the rear end of the compression bar is located at blanking bench stent The rear end of rear side and compression bar is less than the upper surface of blanking bench stent.
2. a kind of novel loading platform according to claim 1 and blanking bench equipment, it is characterised in that:The upper feed roller Rear and front end be both provided with feeding roller shaft, rotating wheel and adjust the front end that rotating wheel is set in feeding roller shaft On, limited block is both provided at left and right sides of feeding roller shaft end, each limited block is hollow square steel and limited block Lower end is fixedly connected with feeding platform stent, and the height of limited block is higher than the height of feeding roller shaft, the feeding roller shaft End set between two limited blocks and the inside with two limited blocks respectively of the left and right sides of feeding roller shaft end Contact, the lower feed roller and the connection mode of blanking bench stent and the connection mode phase of upper feed roller and feeding platform stent Together.
3. a kind of novel loading platform according to claim 1 and blanking bench equipment, it is characterised in that:The upper feed roller Be arranged with diamond shape steel delivery wheel on lower feed roller along the longitudinal direction, diamond shape steel delivery wheel includes peripherally disposed V-depression, v-depression are used to place and transport the steel with water chestnut side.
4. a kind of novel loading platform according to claim 1 and blanking bench equipment, it is characterised in that:The limiting plate Left surface is fixedly installed triangle fixed plate, and triangle fixed plate is perpendicular to the lower end and rotary sleeve of limiting plate and triangle fixed plate Upper end is fixedly connected.
5. a kind of novel loading platform according to claim 1 and blanking bench equipment, it is characterised in that:The rotation axis is driven The front end of dynamic device is obliquely installed there are two blanking support plate, and two blanking support plates are low early and high after and are located at block board respectively Outside.
6. a kind of novel loading platform according to claim 1 and blanking bench equipment, it is characterised in that:The rotating wheel Front side is provided with the different adjusting rotating wheel of multiple diameters, adjusts the front end that rotating wheel is set in feed roller, multiple adjustings Rotating wheel adjusts diameter and gradually increases from back to front.
7. a kind of novel loading platform according to claim 1 and blanking bench equipment, it is characterised in that:The annular slab is Semi-circular plate, when the rear end of compression bar is in home position, the most significant end of two block boards is below the upper table of blanking bench stent Face, and positioned at the rear side of rotation axis;After compression bar is depressed, two block boards move forwards and the most significant end of two block boards is high In the upper surface of blanking bench stent.
8. a kind of novel loading platform according to claim 1 and blanking bench equipment, it is characterised in that:After the compression bar End is provided with Anti-slip handle.
9. a kind of novel loading platform according to claim 1 and blanking bench equipment, it is characterised in that:The block board is Fanning strip, the lower end welding of block board is on the rotating shaft.
CN201721485811.0U 2017-11-09 2017-11-09 A kind of novel loading platform and blanking bench equipment Active CN207372793U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201721485811.0U CN207372793U (en) 2017-11-09 2017-11-09 A kind of novel loading platform and blanking bench equipment

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201721485811.0U CN207372793U (en) 2017-11-09 2017-11-09 A kind of novel loading platform and blanking bench equipment

Publications (1)

Publication Number Publication Date
CN207372793U true CN207372793U (en) 2018-05-18

Family

ID=62335516

Family Applications (1)

Application Number Title Priority Date Filing Date
CN201721485811.0U Active CN207372793U (en) 2017-11-09 2017-11-09 A kind of novel loading platform and blanking bench equipment

Country Status (1)

Country Link
CN (1) CN207372793U (en)

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