CN210997466U - Full-automatic reed binding machine - Google Patents

Full-automatic reed binding machine Download PDF

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Publication number
CN210997466U
CN210997466U CN201921908418.7U CN201921908418U CN210997466U CN 210997466 U CN210997466 U CN 210997466U CN 201921908418 U CN201921908418 U CN 201921908418U CN 210997466 U CN210997466 U CN 210997466U
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China
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reed
frame
driving
guide
double
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CN201921908418.7U
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Chinese (zh)
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王庆青
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Hangzhou Jingbian Technology Co ltd
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Hangzhou Jingbian Technology Co ltd
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Abstract

The utility model relates to a full-automatic reed plaiting machine, affiliated reed plaiting machine technical field, including weaving the reed subassembly, weaving reed subassembly front end and being equipped with the guide frame, be equipped with the steel band charging tray on the guide frame, be equipped with between steel band charging tray and weaving the reed subassembly and carry leveling subassembly. The conveying leveling assembly comprises an installation mainboard, a brace assembly is arranged on the installation mainboard, a guide frame is arranged at the side end of the brace assembly, a guide shaft lower support frame is arranged in the guide frame, and a guide shaft upper support frame is arranged above the guide shaft lower support frame. The reed weaving assembly comprises a power transmission rack, a double-layer reed rack is arranged on the side of the power transmission rack, double-layer reed holding sheet assemblies are arranged on the double-layer reed rack, a transmission main shaft is arranged on the double-layer reed holding sheet assemblies, and a shearing assembly is arranged between the double-layer reed holding sheet assemblies and the power transmission rack. Has the characteristics of good operation stability, high quality and long service life. Improve reed piece processing quality, avoid the poor influence of roughness to compile the reed process.

Description

Full-automatic reed binding machine
Technical Field
The utility model relates to a reed binding machine technical field, concretely relates to full-automatic reed binding machine.
Background
The reed is a key working part on a textile machine and is formed by respectively winding and fixing two ends of a plurality of strip-shaped reed blades which are uniformly arranged in parallel between two groups of parallel semicircular strips which are vertically arranged with the reed blades. The reed blade is used for separating warp yarns, keeping yarn distance and enabling the yarns to move freely in a reed gap during weaving, and the whole reed surface of the reed is used for being straightened in place during beating-up.
With the continuous development of the textile product market, higher requirements for updating the reed are also provided. The currently widely used full-automatic reed binding machine is mainly a reed binding machine for weaving yarns and fabrics with the reed number of 50-400 and the maximum reed number of 700. The reed number is according to the density standard of a yarn fabric reed: number 1 =1 piece/10 cm, and number 50-700 corresponds to 50-700 pieces/10 cm.
The reed wires of the existing reed binding machine adopt a steel strip shearing and reed binding process, but due to the fact that the reed wires are different in thickness and have the defect of springback, the cut reed wires are deviated in size, and the processing quality of products is affected. Due to the use of the double-layer reed, the end breakage rate of the warp yarns can be reduced and the product quality can be improved. In order to meet the quality pursuit of customers, the demand of the market for double-layer reed rows is increased. Most of the prior reed binding machines can only operate single-layer continuous reed binding and cannot adopt the prior equipment to carry out efficient processing. The existing improved double-layer reed of the AB type reed binding machine is only to add a dead axle gear train on the original machine body to change the transmission ratio of the gear train so as to meet the requirement of binding double-channel binding wires.
Disclosure of Invention
The utility model discloses there is the steel band roughness poor among the main prior art of solving, appear easily that reed piece process dimension differs in size, operating stability is poor, the quality is low and life is short not enough, provides a full-automatic reed binding machine, and it has the characteristics that operating stability is good, the quality is high and long service life. The problems of high difficulty, low efficiency, large springback fluctuation of reed blade raw material steel strips and poor flatness in the production of the double-layer reed are solved. Improve reed piece processing quality, avoid the poor influence of roughness to compile the reed process.
The above technical problem of the present invention can be solved by the following technical solutions:
the full-automatic reed binding machine comprises a reed binding component, wherein a material guide frame is arranged at the front end of the reed binding component, a steel belt material tray is arranged on the material guide frame, and a conveying leveling component fastened with the material guide frame through bolts is arranged between the steel belt material tray and the reed binding component.
The conveying leveling assembly comprises an installation mainboard, a brace assembly is arranged on the installation mainboard, a guide frame is arranged at the side end of the brace assembly, a guide shaft lower support frame is arranged in the guide frame, a guide shaft upper support frame is arranged above the guide shaft lower support frame, a plurality of guide shafts which are distributed at equal intervals are arranged on the guide shaft lower support frame and the guide shaft upper support frame, bolts which are sleeved with the guide shafts are arranged in the guide shafts, the bolts, the guide shaft lower support frame and the guide shaft upper support frame are welded and fixed, adjusting screw rods which are sleeved with the guide frame in a threaded manner are arranged on the guide shaft upper support frame, a deburring assembly is arranged on the side wall of the front end of the guide frame, a pinch roller adjusting frame which is sleeved and fixed with the guide frame in a threaded manner is arranged between the guide frame and the brace assembly, and a plurality of leveling pinch rollers which are distributed in a symmetrical manner are arranged at the two ends of the pinch, the end face of the brace component is provided with a guide bar frame which is fixedly connected with the brace component through screws.
The reed weaving assembly comprises a power transmission rack, the side of the power transmission rack is provided with a double-layer reed rack which is fixedly connected with the power transmission rack through bolts, the double-layer reed rack is provided with a double-layer reed holding assembly, the double-layer reed holding assembly is provided with a transmission main shaft which is fixedly connected with the power transmission rack in an embedded type transmission manner, the double-layer reed holding assembly and the power transmission rack are provided with shearing assemblies which are horizontally sleeved with the transmission main shaft in a key type manner, the front end of the power transmission rack is provided with a steel bar guide plate frame, the upper end of the steel bar guide plate frame is provided with a plurality of pressing plates which are distributed at equal intervals and are connected with the steel bar guide plate frame through bolts, a guide bar wheel is arranged between the steel bar guide plate frame and the shearing assemblies, and the guide bar wheel is provided with a guide bar shaft sleeve which is fixedly embedded with the guide bar wheel.
Preferably, the brace assembly comprises a brace mounting plate, a driving pull wheel is arranged on the brace mounting plate, and a tensioning block which is fixedly connected with the brace mounting plate through screws is arranged between the driving pull wheel and the flattening pressing wheel. The driving pull wheel is provided with a driving wheel rotating shaft which extends out of the installation main board and is sleeved with the installation main board in a shaft-sleeved mode, the driving wheel rotating shaft is provided with a driving wheel shaft sleeve sleeved with the driving wheel rotating shaft, the tail end of the driving wheel rotating shaft is provided with a belt pulley which is fixedly nested with the driving wheel rotating shaft in a clamping spring type flat key manner, the upper end of the material guide frame is provided with a gear box which is in belt connection and transmission with the belt pulley, the lower end of the gear box is provided with a gear box mounting frame which is in bolt connection with the gear box, a driving motor which is in belt connection and transmission with the gear box is arranged below the gear box mounting frame, the lower end of the driving pull wheel is provided with a driven pull wheel which is in movable contact with the driving pull wheel, the driven pull wheel is provided with a driven wheel rotating shaft sleeved with, the cam is provided with an adjusting handle which is nested with the cam, and the upper end of the cam is provided with a driven pull rod shaft sleeve which is sleeved with a driven wheel rotating shaft and a driven wheel supporting shaft.
Preferably, the driven pull rod shaft sleeve and the cam are provided with a hinge shaft which is sleeved with the driven pull rod shaft sleeve, the lower part of the brace mounting plate is provided with a tension spring screw rod fixing block, the tension spring screw rod fixing block is provided with a tension spring screw rod which is sleeved with the tension spring screw rod fixing block in a threaded manner, and a tension spring is arranged between the tension spring screw rod and the hinge shaft.
Preferably, the deburring component comprises a supporting rod, a pressing block is arranged on the supporting rod, a pressing block lifting screw rod in threaded sleeve connection with the supporting rod is arranged on the pressing block, and a pair of soft grinding blocks is arranged between the pressing block and the supporting rod.
Preferably, the shearing assembly comprises a shearing frame, a reed wire punching hole is formed in the shearing frame, and a shearing knife block integrated with the shearing frame is arranged on the reed wire punching hole. A connecting rod fixing bearing seat which is connected with the double-layer reed frame in a penetrating type flange mode is arranged between the shearing frame and the double-layer reed frame, a pull rod is arranged between one end of the connecting rod fixing bearing seat and the shearing frame, a driving connecting rod and a transition swing rod which are sleeved with the connecting rod fixing bearing seat are arranged at the other end of the connecting rod fixing bearing seat, a connecting shaft is arranged between the driving connecting rod and the pull rod, a driving connecting rod limiting and guiding bearing seat which is fixedly connected with the double-layer reed frame in a flange mode is arranged between the driving connecting rod and the double-layer reed frame, a driving connecting rod fixing disc which is embedded with the driving connecting rod limiting and guiding bearing seat in a clamping spring type flat key limiting mode is arranged between the driving connecting rod limiting and guiding bearing seat and the driving connecting rod, and the driving connecting rod; drive connecting rod and transmission main shaft between be equipped with the shearing pinch roller, the shearing pinch roller on be equipped with and adjust the fixing base with the pinch roller of drive connecting rod looks bolt-up, the pinch roller adjust the fixing base with shear pinch roller looks oval formula bolt-up and screw displacement contact, shearing pinch roller and transmission main shaft between be equipped with the shearing eccentric wheel of shearing pinch roller looks movable contact, shearing eccentric wheel side be equipped with shear the driven gear that the eccentric wheel is the integration, driven gear and transmission main shaft between be equipped with the spacing driving gear that cup joints of transmission main shaft parallel key formula mutually.
Preferably, the double-layer reed holding component comprises a displacement fixing seat, a telescopic cylinder fixedly connected with the double-layer reed frame through bolts is arranged at the lower end of the displacement fixing seat, a limiting tension spring fixedly connected with the displacement fixing seat in an elastic mode is arranged at the front end of the telescopic cylinder, a double-layer reed holding swing block is arranged at the upper end of the displacement fixing seat, a holding swing block connected with the double-layer reed holding swing block in a pin-shaft type rotating mode is arranged above the double-layer reed holding swing block, a baffle frame fastened with the holding swing block through bolts is arranged at the front end of the holding swing block, a holding rod fastened with the holding swing block through bolts is arranged between the baffle frame and the shearing component, and a holding base rod connected with the double-layer reed holding swing block through bolts is arranged at the front end of the holding rod.
Preferably, a swing angle driving block in bolt connection with the holding piece swinging block is arranged between the holding piece swinging block and the double-layer reed piece swinging block, a pulling block which is in pin shaft limit fixing with the swing angle driving block is arranged on the side edge of the swing angle driving block, a connecting rod driving component is arranged between the pulling block and the double-layer reed frame, a reed holding connecting rod is arranged between the connecting rod driving component and the pulling block, a reed holding eccentric wheel which is in flat key type limit sleeve joint with the transmission main shaft is arranged between the connecting rod driving component and the transmission main shaft, and the reed holding eccentric wheel is in movable contact with the connecting rod driving component.
Preferably, the connecting rod driving component comprises a driving pulling plate, a pulling plate bearing sleeve which is connected with the double-layer reed frame through bolts is arranged between one end of the driving pulling plate and the double-layer reed frame, a fixing screw rod is arranged between the other end of the driving pulling plate and the reed supporting connecting rod, and a reed supporting pressing wheel which is movably in contact with the reed supporting eccentric wheel and is in threaded sleeve connection with the reed supporting connecting rod is arranged between the fixing screw rod and the pulling plate bearing sleeve.
Preferably, the separation blade frame comprises a sliding base fastened with the supporting blade swinging block through bolts, the sliding base is provided with a fixed adjusting slide block which is clamped and embedded with the sliding base in a waist circle mode and fixed through bolts, a separation blade rod fixedly connected with the fixed adjusting slide block is arranged between the fixed adjusting slide block and the supporting blade moving rod, and the fixed adjusting slide block is provided with a spring adjusting screw rod which penetrates through the fixed adjusting slide block and is in threaded limiting sleeve connection with the separation blade rod.
Preferably, the steel strip charging tray comprises a charging tray rotating plate which is sleeved with the material guide frame through a pin shaft, a plurality of inserting blocks which are distributed in an equidistant annular mode and are connected with the charging tray rotating plate in an inserting and embedding mode are arranged on the charging tray rotating plate, a limiting pressing block which is fastened with the inserting blocks through bolts is arranged on the inserting blocks, and a steel strip coil is arranged between the limiting pressing block and the inserting blocks.
The utility model discloses can reach following effect:
the utility model provides a full-automatic reed binding machine compares with prior art, has that operating stability is good, the quality is high and long service life's characteristics. The problems of high difficulty, low efficiency, large springback fluctuation of reed blade raw material steel strips and poor flatness in the production of the double-layer reed are solved. Improve reed piece processing quality, avoid the poor influence of roughness to compile the reed process.
Drawings
Fig. 1 is a schematic structural diagram of the present invention.
Fig. 2 is a schematic structural view of the conveying leveling assembly of the present invention.
Fig. 3 is a schematic structural view of a brace assembly of the present invention.
Fig. 4 is a structural cross-sectional view of a brace assembly of the present invention.
Fig. 5 is a schematic structural view of the deburring assembly of the present invention.
Fig. 6 is a schematic structural diagram of the reed binding assembly of the present invention.
Fig. 7 is a schematic structural view of the shearing module of the present invention.
Fig. 8 is a schematic top view of the shear assembly of the present invention.
Fig. 9 is a schematic structural view of the double-layered reed holding assembly of the present invention.
Fig. 10 is a schematic structural view of the baffle plate holder of the present invention.
Fig. 11 is a schematic structural diagram of the connecting rod driving assembly of the present invention.
Fig. 12 is a schematic structural view of a steel belt tray according to the present invention.
In the figure: a steel belt charging tray 1, a material guide frame 2, a conveying leveling component 3, a reed weaving component 4, a deburring component 5, a guide frame 6, a guide shaft lower support frame 7, a guide shaft 8, an adjusting screw rod 9, a guide shaft upper support frame 10, a bolt 11, an installation main board 12, a pinch roller adjusting frame 13, a leveling pinch roller 14, a brace component 15, a guide bar frame 16, a gear box 17, a gear box installation frame 18, a driving motor 19, a brace installation plate 20, a tensioning block 21, a driving pull wheel 22, a driven pull wheel 23, an adjusting handle 24, a driving wheel shaft sleeve 25, a driving wheel rotating shaft 26, a belt pulley 27, a driven wheel rotating shaft 28, a driven pull rod shaft sleeve 29, a driven wheel support shaft 30, a hinge shaft 31, a tension spring 32, a tension spring screw rod 33, a tension spring screw rod fixing block 34, a cam 35, a pressing block 36, a pressing block lifting screw rod 37, a soft grinding block 38, a transmission main shaft 43, a double-layer reed holding assembly 44, a guide bar wheel 45, a guide bar shaft sleeve 46, a steel bar guide plate frame 47, a batten plate 48, a shearing frame 49, a reed blade through hole 50, a shearing cutter block 51, a pull rod 52, a driving gear 53, a driven gear 54, a shearing eccentric wheel 55, a shearing pinch roller 56, a pinch roller adjusting fixing seat 57, a driving connecting rod 58, a driving connecting rod fixing disk 59, a connecting rod fixing bearing seat 60, a transition swing rod 61, a connecting shaft 62, a driving connecting rod limit guide bearing seat 63, a baffle frame 64, a baffle base rod 65, a baffle moving rod 66, a baffle swinging block 67, a swinging angle driving block 68, a double-layer reed blade swinging block 69, a reed holding eccentric wheel 70, a reed connecting rod 71, a connecting rod driving assembly 72, a pulling block 73, a displacement fixing seat 74, a telescopic cylinder 75, a limit tension spring 76, a sliding base 77, a baffle rod 78, a fixed adjusting slide block 79, a, the device comprises a pull plate bearing sleeve 82, a reed supporting pressure wheel 83, a fixed screw 84, a charging tray rotating plate 85, a steel belt coil 86, an insertion block 87 and a limiting pressing block 88.
Detailed Description
The technical solution of the present invention is further specifically described below by way of examples and with reference to the accompanying drawings.
Example (b): as shown in fig. 1-12, a full-automatic reed binding machine comprises a reed binding component 4, a material guide frame 2 is arranged at the front end of the reed binding component 4, a steel belt material tray 1 is arranged on the material guide frame 2, and a conveying leveling component 3 fastened with the material guide frame 2 through bolts is arranged between the steel belt material tray 1 and the reed binding component 4. The steel strip charging tray 1 comprises a charging tray rotating plate 85 which is sleeved with the material guide frame 2 through a pin shaft, 6 inserting blocks 87 which are distributed in an equidistant annular mode and are connected with the charging tray rotating plate 85 in an inserting and embedding mode are arranged on the charging tray rotating plate 85, a limiting pressing block 88 which is fastened with the inserting blocks 87 through bolts is arranged on the inserting blocks 87, and a steel strip coil 86 is arranged between the limiting pressing block 88 and the inserting blocks 87.
Carry leveling subassembly 3 including installation mainboard 12, be equipped with brace subassembly 15 on the installation mainboard 12, brace subassembly 15 side is equipped with leading truck 6, be equipped with guiding axle under bracing frame 7 in the leading truck 6, guiding axle under bracing frame 7 top is equipped with guiding axle upper bracket 10, guiding axle under bracing frame 7, all be equipped with 7 guiding axles 8 that are equidistant distribution on the guiding axle upper bracket 10, be equipped with the bolt 11 that cup joints mutually with guiding axle 8 in the guiding axle 8, brace subassembly 15 includes brace mounting panel 20, be equipped with initiative tug 22 on the brace mounting panel 20, initiative tug 22 and level pinch roller 14 within a definite time be equipped with brace mounting panel 20 looks screw connection fixed straining piece 21. A driving wheel rotating shaft 26 extending out of the installation main board 12 and sleeved with the installation main board 12 in a shaft-sleeve manner is arranged on the driving wheel 22, a driving wheel shaft sleeve 25 sleeved with the driving wheel rotating shaft 26 is arranged on the driving wheel rotating shaft 26, a belt pulley 27 fixed with the driving wheel rotating shaft 26 in a clamping spring type flat key nesting manner is arranged at the tail end of the driving wheel rotating shaft 26, a gear box 17 connected and driven with a belt of the belt pulley 27 is arranged at the upper end of the material guide frame 2, a gear box mounting frame 18 connected with the gear box 17 through a bolt is arranged at the lower end of the gear box 17, a driving motor 19 connected and driven with the belt of the gear box 17 is arranged below the gear box mounting frame 18, a driven pulling wheel 23 movably contacted with the driving wheel 22 is arranged at the lower end of the driving pulling wheel 22, a driven wheel rotating shaft 28 sleeved with the installation main board 12, the cam 35 is provided with an adjusting handle 24 nested with the cam 35, and the upper end of the cam 35 is provided with a driven pull rod shaft sleeve 29 sleeved with the driven wheel rotating shaft 28 and the driven wheel supporting shaft 30. A hinge shaft 31 sleeved with the driven pull rod shaft sleeve 29 is arranged between the driven pull rod shaft sleeve 29 and the cam 35, a tension spring screw fixing block 34 is arranged at the lower part of the brace mounting plate 20, a tension spring screw 33 in threaded sleeve connection with the tension spring screw fixing block 34 is arranged on the tension spring screw fixing block 34, and a tension spring 32 is arranged between the tension spring screw 33 and the hinge shaft 31. Bolt 11 and guiding axle lower carriage 7, the equal welded fastening of guiding axle upper bracket 10, be equipped with the adjusting screw 9 that cup joints with the 6 looks screw thread formulas of leading truck on the guiding axle upper bracket 10, be equipped with burring subassembly 5 on the leading truck 6 front end lateral wall, burring subassembly 5 includes bracing piece 39, is equipped with briquetting 36 on the bracing piece 39, is equipped with briquetting lifting screw 37 that cup joints with bracing piece 39 looks screw thread on the briquetting 36, is equipped with a pair of soft abrasive brick 38 between briquetting 36 and bracing piece 39. A pinch roller adjusting frame 13 which is fixedly sleeved with the guide frame 6 in a bolt mode is arranged between the guide frame 6 and the brace component 15, 4 leveling pinch rollers 14 which are symmetrically distributed are arranged at two ends of the pinch roller adjusting frame 13, and a guide strip frame 16 which is fixedly connected with the brace component 15 in a screw mode is arranged on the end face of the brace component 15.
The reed weaving assembly 4 comprises a power transmission frame 40, a double-layer reed frame 42 which is fixedly connected with the power transmission frame 40 through bolts is arranged on the side of the power transmission frame 40, a double-layer reed holding piece assembly 44 is arranged on the double-layer reed frame 42, the double-layer reed holding piece assembly 44 comprises a displacement fixing seat 74, a telescopic cylinder 75 which is fixedly connected with the double-layer reed frame 42 through bolts is arranged at the lower end of the displacement fixing seat 74, a limit tension spring 76 which is elastically connected and fixed with the displacement fixing seat 74 is arranged at the front end of the telescopic cylinder 75, a double-layer reed piece swinging block 69 is arranged at the upper end of the displacement fixing seat 74, a reed holding piece swinging block 67 which is in pin-shaft type screwed connection with the double-layer reed piece swinging block 69 is arranged above the double-layer reed piece swinging block 69, a swinging angle driving block 68 which is in bolt type connection with the reed holding piece swinging block 67 is arranged between the reed holding piece swinging block 67 and the double-layer reed piece swinging block 69, a connecting rod driving component 72 is arranged between the pull block 73 and the double-layer reed frame 42, the connecting rod driving component 72 comprises a driving pull plate 81, a pull plate bearing sleeve 82 which is in bolted connection with the double-layer reed frame 42 is arranged between one end of the driving pull plate 81 and the double-layer reed frame 42, a fixing screw 84 is arranged between the other end of the driving pull plate 81 and the reed supporting connecting rod 71, and a reed supporting pressure wheel 83 which is in movable contact with the reed supporting eccentric wheel 70 and is in threaded sleeve connection with the reed supporting connecting rod 71 is arranged between the fixing screw 84 and the pull plate bearing sleeve 82. A reed supporting connecting rod 71 is arranged between the connecting rod driving component 72 and the pulling block 73, a reed supporting eccentric wheel 70 which is in parallel key type limit sleeve joint with the transmission main shaft 43 is arranged between the connecting rod driving component 72 and the transmission main shaft 43, and the reed supporting eccentric wheel 70 is in movable contact with the connecting rod driving component 72. The front end of the piece holding swing block 67 is provided with a baffle frame 64 fastened with the piece holding swing block 67 through bolts, the baffle frame 64 comprises a sliding base 77 fastened with the piece holding swing block 67 through bolts, the sliding base 77 is provided with a fixed adjusting slide block 79 clamped and screwed with the sliding base 77, a baffle rod 78 fixedly connected with the fixed adjusting slide block 79 is arranged between the fixed adjusting slide block 79 and the piece holding moving rod 66, and the fixed adjusting slide block 79 is provided with a spring adjusting screw 80 penetrating through the fixed adjusting slide block 79 and in threaded limiting sleeve connection with the baffle rod 78. A holding piece moving rod 66 which is fastened with the holding piece swinging block 67 through bolts is arranged between the holding piece frame 64 and the shearing assembly 41, and a holding piece base rod 65 which is connected with the double-layer reed piece swinging block 69 through bolts is arranged at the front end of the holding piece moving rod 66. The double-layer reed supporting piece assembly 44 is provided with a transmission main shaft 43 which is embedded with the power transmission rack 40 in a transmission mode and fixedly connected with the power transmission rack 40, a shearing assembly 41 which is horizontally and in key-type limiting sleeve connection with the transmission main shaft 43 is arranged between the double-layer reed supporting piece assembly 44 and the power transmission rack 40, the shearing assembly 41 comprises a shearing frame 49, a reed piece through hole 50 is formed in the shearing frame 49, and a shearing cutter block 51 which is integrated with the shearing frame 49 is arranged on the reed piece through hole 50. A connecting rod fixing bearing seat 60 which is in penetrating type flange connection with the double-layer reed frame 42 is arranged between the shearing frame 49 and the double-layer reed frame 42, a pull rod 52 is arranged between one end of the connecting rod fixing bearing seat 60 and the shearing frame 49, a driving connecting rod 58 and a transition swing rod 61 which are in sleeve connection with the connecting rod fixing bearing seat 60 are arranged at the other end of the connecting rod fixing bearing seat 60, a connecting shaft 62 is arranged between the driving connecting rod 58 and the pull rod 52, a driving connecting rod limiting and guiding bearing seat 63 which is in flange type connection and fixed with the double-layer reed frame 42 is arranged between the driving connecting rod 58 and the double-layer reed frame 42, a driving connecting rod fixing disk 59 which is in limiting and nested with a reed type flat key of the driving connecting rod limiting and guiding bearing seat 63 is arranged between the driving connecting rod limiting and the driving connecting rod. A shearing pressure wheel 56 is arranged between the driving connecting rod 58 and the transmission main shaft 43, a pressure wheel adjusting fixing seat 57 fastened with the driving connecting rod 58 through a bolt is arranged on the shearing pressure wheel 56, the pressure wheel adjusting fixing seat 57 is fastened with the shearing pressure wheel 56 through a kidney-shaped bolt and is in screw type displacement contact with the shearing pressure wheel 56, a shearing eccentric wheel 55 movably in contact with the shearing pressure wheel 56 is arranged between the shearing pressure wheel 56 and the transmission main shaft 43, a driven gear 54 integrated with the shearing eccentric wheel 55 is arranged on the side edge of the shearing eccentric wheel 55, and a driving gear 53 in parallel key type limiting sleeve joint with the transmission main shaft 43 is arranged between the driven gear 54 and the. The front end of the power transmission rack 40 is provided with a steel bar guide plate frame 47, the upper end of the steel bar guide plate frame 47 is provided with 3 pressing strip plates 48 which are distributed at equal intervals and are connected with the steel bar guide plate frame 47 through bolts, a guide strip wheel 45 is arranged between the steel bar guide plate frame 47 and the shearing assembly 41, and a guide strip shaft sleeve 46 which is embedded and sleeved with the guide strip wheel 45 and is fixed in a limiting manner is arranged on the guide strip wheel 45.
To sum up, the full-automatic reed binding machine has the characteristics of good operation stability, high quality and long service life. The problems of high difficulty, low efficiency, large springback fluctuation of reed blade raw material steel strips and poor flatness in the production of the double-layer reed are solved. Improve reed piece processing quality, avoid the poor influence of roughness to compile the reed process. It is obvious to a person skilled in the art that the invention is not restricted to details of the above-described exemplary embodiments, but that it can be implemented in other specific forms without deviating from the basic characteristics of the invention. The present embodiments are therefore to be considered in all respects as illustrative and not restrictive, the scope of the invention being indicated by the appended claims rather than by the foregoing description, and all changes which come within the meaning and range of equivalency of the claims are therefore intended to be embraced therein. Any reference sign in a claim should not be construed as limiting the claim concerned.
In conclusion, the above description is only the specific embodiment of the present invention, but the structural features of the present invention are not limited thereto, and any person skilled in the art can make changes or modifications within the scope of the present invention.

Claims (10)

1. The utility model provides a full-automatic reed binding machine which characterized in that: the device comprises a reed weaving component (4), wherein a material guide frame (2) is arranged at the front end of the reed weaving component (4), a steel belt material tray (1) is arranged on the material guide frame (2), and a conveying leveling component (3) which is fastened with the material guide frame (2) through bolts is arranged between the steel belt material tray (1) and the reed weaving component (4);
the conveying leveling component (3) comprises an installation main board (12), a brace component (15) is arranged on the installation main board (12), a guide frame (6) is arranged at the side end of the brace component (15), a guide shaft lower support frame (7) is arranged in the guide frame (6), a guide shaft upper support frame (10) is arranged above the guide shaft lower support frame (7), a plurality of guide shafts (8) which are distributed at equal intervals are arranged on the guide shaft lower support frame (7) and the guide shaft upper support frame (10), bolts (11) which are sleeved with the guide shafts (8) are arranged in the guide shafts (8), the bolts (11) are welded and fixed with the guide shaft lower support frame (7) and the guide shaft upper support frame (10), and adjusting screws (9) which are in threaded sleeve joint with the guide frame (6) are arranged on the guide shaft upper support frame (10), a deburring component (5) is arranged on the side wall of the front end of the guide frame (6), a pinch roller adjusting frame (13) which is fixedly sleeved with the guide frame (6) in a bolt manner is arranged between the guide frame (6) and the brace component (15), a plurality of symmetrically distributed flat pinch rollers (14) are arranged at two ends of the pinch roller adjusting frame (13), and a brace rack (16) which is fixedly connected with the brace component (15) in a bolt manner is arranged on the end surface of the brace component (15);
the reed weaving assembly (4) comprises a power transmission rack (40), a double-layer reed rack (42) fixedly connected with the power transmission rack (40) through bolts is arranged on the side of the power transmission rack (40), a double-layer reed holding assembly (44) is arranged on the double-layer reed rack (42), a transmission main shaft (43) fixedly connected with the power transmission rack (40) in an embedded type transmission manner is arranged on the double-layer reed holding assembly (44), a shearing assembly (41) in a flat key type limiting and sleeved manner with the transmission main shaft (43) is arranged between the double-layer reed holding assembly (44) and the power transmission rack (40), a steel bar guide plate frame (47) is arranged at the front end of the power transmission rack (40), a plurality of pressing plates (48) which are distributed at equal intervals and are connected with the steel bar guide plate frame (47) through bolts are arranged at the upper end of the steel bar guide plate frame (47), the steel bar guide plate frame (47) and the shearing assembly (41) are provided with a guide strip wheel (45), and the guide strip wheel (45) is provided with a guide strip shaft sleeve (46) which is embedded with the guide strip wheel (45) for limiting and fixing.
2. A fully automatic reed binding machine according to claim 1, characterized in that: the brace component (15) comprises a brace mounting plate (20), a driving pull wheel (22) is arranged on the brace mounting plate (20), a tensioning block (21) which is fixedly connected with the brace mounting plate (20) through screws is arranged between the driving pull wheel (22) and the leveling press wheel (14), a driving wheel rotating shaft (26) which extends out of the mounting main plate (12) and is sleeved with the mounting main plate (12) in a shaft sleeve manner is arranged on the driving wheel rotating shaft (26), a driving wheel shaft sleeve (25) which is sleeved with the driving wheel rotating shaft (26) is arranged on the driving wheel rotating shaft (26), a belt pulley (27) which is embedded and fixed with a spring type flat key of the driving wheel rotating shaft (26) is arranged at the tail end of the driving wheel rotating shaft (26), a gear box (17) which is in belt connection transmission with the belt pulley (27) is arranged at the upper end of the guide frame (2), and a gear box mounting frame (18) which is in bolt connection with the, gearbox mounting bracket (18) below be equipped with and be connected driven driving motor (19) with gearbox (17) looks belt, initiative draw wheel (22) lower extreme be equipped with initiative draw wheel (22) movable contact mutually connect driven draw wheel (23), driven draw wheel (23) on be equipped with installation mainboard (12) looks axle sleeve type cup joint from driving wheel pivot (28), driven wheel pivot (28) below be equipped with from driving wheel back shaft (30), driven wheel back shaft (30) below be equipped with cam (35), cam (35) on be equipped with cam (35) nested adjustment handle (24) mutually, cam (35) upper end be equipped with from driving wheel pivot (28), from driven wheel back shaft (30) the driven pull rod axle sleeve (29) that cup joints mutually.
3. A fully automatic reed binding machine according to claim 2, characterized in that: driven pull rod axle sleeve (29) and cam (35) between be equipped with articulated shaft (31) that cup joints mutually with driven pull rod axle sleeve (29), brace mounting panel (20) lower part be equipped with extension spring screw rod fixed block (34), extension spring screw rod fixed block (34) on be equipped with extension spring screw rod (33) that cup joints with extension spring screw rod fixed block (34) looks screw thread, extension spring screw rod (33) and articulated shaft (31) between be equipped with extension spring (32).
4. A fully automatic reed binding machine according to claim 1, characterized in that: the deburring component (5) comprises a supporting rod (39), a pressing block (36) is arranged on the supporting rod (39), a pressing block lifting screw (37) in threaded sleeve joint with the supporting rod (39) is arranged on the pressing block (36), and a pair of soft grinding blocks (38) is arranged between the pressing block (36) and the supporting rod (39).
5. A fully automatic reed binding machine according to claim 1, characterized in that: the shearing assembly (41) comprises a shearing frame (49), a reed wire through hole (50) is formed in the shearing frame (49), and a shearing knife block (51) integrated with the shearing frame (49) is arranged on the reed wire through hole (50); a connecting rod fixing bearing seat (60) which is connected with the double-layer reed frame (42) in a penetrating and flange mode is arranged between the shearing frame (49) and the double-layer reed frame (42), a pull rod (52) is arranged between one end of the connecting rod fixing bearing seat (60) and the shearing frame (49), a driving connecting rod (58) and a transition swing rod (61) which are sleeved with the connecting rod fixing bearing seat (60) are arranged at the other end of the connecting rod fixing bearing seat (60), a connecting shaft (62) is arranged between the driving connecting rod (58) and the pull rod (52), a driving connecting rod limiting guide bearing seat (63) which is fixedly connected with the double-layer reed frame (42) in a flange mode is arranged between the driving connecting rod (58) and the double-layer reed frame (42), a driving connecting rod fixing disc (59) which is embedded with a clamp spring type flat key limiting guide bearing seat (63) in a clamping mode is arranged between the driving connecting rod limiting guide bearing seat (63) and the driving connecting, the driving connecting rod fixing disc (59) is fastened with the driving connecting rod (58) through bolts in a waist-round sleeved mode; drive connecting rod (58) and transmission main shaft (43) within a definite time and be equipped with shearing pinch roller (56), shearing pinch roller (56) on be equipped with drive connecting rod (58) looks bolt-up's pinch roller regulation fixing base (57), pinch roller regulation fixing base (57) with shearing pinch roller (56) looks oval formula bolt-up and screw displacement contact, shearing pinch roller (56) and transmission main shaft (43) between be equipped with shearing pinch roller (56) the shearing eccentric wheel (55) that contacts mutually movably, shearing eccentric wheel (55) side be equipped with shearing eccentric wheel (55) be integrated driven gear (54), driven gear (54) and transmission main shaft (43) between be equipped with transmission main shaft (43) the spacing driving gear (53) that cup joints of parallel key formula mutually.
6. A fully automatic reed binding machine according to claim 1, characterized in that: the double-layer reed holding piece component (44) comprises a displacement fixing seat (74), a telescopic cylinder (75) fixedly connected with a double-layer reed frame (42) through bolts is arranged at the lower end of the displacement fixing seat (74), a limit tension spring (76) fixedly connected with the displacement fixing seat (74) in an elastic mode is arranged at the front end of the telescopic cylinder (75), a double-layer reed holding piece swinging block (69) is arranged at the upper end of the displacement fixing seat (74), a holding piece swinging block (67) rotatably connected with the double-layer reed holding piece (69) through a pin shaft mode is arranged above the double-layer reed holding piece swinging block (69), a holding piece swinging block (64) fastened with the holding piece swinging block (67) through bolts is arranged at the front end of the holding piece swinging block (67), a holding piece moving rod (66) fastened with the holding piece swinging block (67) through bolts is arranged between the holding piece frame (64) and the shearing component (41), and a holding piece base rod (66) connected with the double-layer reed swinging block (69) through bolts is arranged at the front end of the holding piece moving rod (66 65).
7. A fully automatic reed binding machine according to claim 6, characterized in that: a swing angle driving block (68) in bolted connection with the holding piece swinging block (67) is arranged between the holding piece swinging block (67) and the double-layer reed piece swinging block (69), a pulling block (73) which is in limited fixing with a pin shaft of the swing angle driving block (68) is arranged on the side edge of the swing angle driving block (68), a connecting rod driving component (72) is arranged between the pulling block (73) and the double-layer reed frame (42), a reed holding connecting rod (71) is arranged between the connecting rod driving component (72) and the pulling block (73), a reed holding eccentric wheel (70) which is in level key type limited sleeve connection with the transmission main shaft (43) is arranged between the connecting rod driving component (72) and the transmission main shaft (43), and the reed holding eccentric wheel (70) is in movable contact connection with the connecting rod driving component (72).
8. A fully automatic reed binding machine according to claim 7, characterized in that: the connecting rod driving assembly (72) comprises a driving pull plate (81), a pull plate bearing sleeve (82) which is connected with the double-layer reed frame (42) through bolts is arranged between one end of the driving pull plate (81) and the double-layer reed frame (42), a fixing screw (84) is arranged between the other end of the driving pull plate (81) and the reed supporting connecting rod (71), and a reed supporting press wheel (83) which is movably contacted with the reed supporting eccentric wheel (70) and is in threaded sleeve joint with the reed supporting connecting rod (71) is arranged between the fixing screw (84) and the pull plate bearing sleeve (82).
9. A fully automatic reed binding machine according to claim 6, characterized in that: the piece frame (64) include with hold up piece swing piece (67) looks bolt-up's slip base (77), slip base (77) on be equipped with slip base (77) looks oval formula inlay card and bolt fastening's fixed adjusting slide (79), fixed adjusting slide (79) and hold up piece move pole (66) between be equipped with fixed adjusting slide (79) looks fixed connection's piece pole (78), fixed adjusting slide (79) on be equipped with and run through fixed adjusting slide (79) and with the spacing spring adjusting screw (80) that cup joints of piece pole (78) looks screw thread formula.
10. A fully automatic reed binding machine according to claim 1, characterized in that: steel band charging tray (1) include charging tray whirl (85) that cup joints with guide frame (2) looks round pin axle, charging tray whirl (85) on be equipped with a plurality of equidistant annular distribution and with charging tray whirl (85) insert inserted block (87) that the formula is connected mutually, block (87) on be equipped with block (87) looks bolt-up's spacing briquetting (88), spacing briquetting (88) and block (87) between be equipped with steel tape roll (86).
CN201921908418.7U 2019-11-07 2019-11-07 Full-automatic reed binding machine Active CN210997466U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201921908418.7U CN210997466U (en) 2019-11-07 2019-11-07 Full-automatic reed binding machine

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201921908418.7U CN210997466U (en) 2019-11-07 2019-11-07 Full-automatic reed binding machine

Publications (1)

Publication Number Publication Date
CN210997466U true CN210997466U (en) 2020-07-14

Family

ID=71504145

Family Applications (1)

Application Number Title Priority Date Filing Date
CN201921908418.7U Active CN210997466U (en) 2019-11-07 2019-11-07 Full-automatic reed binding machine

Country Status (1)

Country Link
CN (1) CN210997466U (en)

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