CN105619581A - Powerful vertical bar cutting machine - Google Patents

Powerful vertical bar cutting machine Download PDF

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Publication number
CN105619581A
CN105619581A CN201410702803.1A CN201410702803A CN105619581A CN 105619581 A CN105619581 A CN 105619581A CN 201410702803 A CN201410702803 A CN 201410702803A CN 105619581 A CN105619581 A CN 105619581A
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billet
eccentric
cutting
support
gear
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CN201410702803.1A
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CN105619581B (en
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刘运武
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Henan Peixiao Construction Engineering Co ltd
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Individual
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Abstract

The invention discloses a powerful vertical bar cutting machine and aims at providing the bar cutting machine which is simple in structure, enables cut surfaces to be vertical and flush and can cut bar billets with any hardness. According to the technical scheme, the powerful vertical bar cutting machine is characterized in that receding tracks are mounted in the upper position of a bar billet supporting frame; the two ends of each cutting frame are provided with transverse travelling wheels and steel wires correspondingly; the same end which is provided with a driven shaft on the upper portion and a driving shaft on the lower portion is provided with gears and eccentric wheels; at least two rows of supports are mounted between the two tracks, one row is fixed at the rear portion, and the other row moves at the front portion; a plurality of pulleys which are lined up in a spaced mode are mounted on the supports; the movable support is connected with the lower eccentric wheel through a front pull cord; the rear ends of rear pull cords are tied onto the upper eccentric wheel; the middle sections of the rear pull cords are wound around the pulleys on the two rows of the supports, and the front ends of the rear pull cords are tied onto the movable support. The thrust of a bar billet promotes the upper gear and the lower gear to be connected, the eccentric wheels and the cutting frames to rotate and the pull cords to move, so that the bar billet is cut during rotating.

Description

Powerful vertical slitting machine
Technical field
The present invention relates to a kind of accessory machinery that brick and tile enterprise is supporting with main frame aborning, be more definitely more particularly used to cut into continuously billet on-stream extruded for main frame a kind of cutting machine of monolithic adobe or unbaked tile.
Background technology
In cutting, current most of brick fields adopt hands merit and push-and-pull steel wire rack cutting back and forth or swinging steel wire automatic slicing, the former institute's section is oblique line, the latter institute section is arc, and the six of standard brick billet faces must be all plane, institute's pinch-off bar face is that two big faces therein, six faces more should be concordant, therefore often cuts a billet and base head more or less can be caused to waste, be generally one or two adobe.
Hands merit cutting is to utilize manpower to win over moving towards steel wire frame at a right angle with billet and push through, often push or pull on and once can cut off a billet, owing to billet is continuously to extrude from the machine mouth of main frame, and hands merit cannot realize Tong Bu with billet in push-and-pull, namely billet is ceaselessly moved along, in the process pushed or pulled on, steel wire cuts to the left or to the right, making to cause steel wire, to initially enter the billet of billet side short, the billet going out side eventually is long, speed according to billet walking speed also should be the inclined-plane of certain angle mutually with its facet of length of clipping time, therefore want to become right angle section with billet trend (length) can not realize.
Utilize its acting principle of revolution steel wire automatic slicing as shown in Figure l, the thrust that billet is formed extruding from machine mouth 10 is relied on to be affixed produced friction with each roll bar on billet support 9, the active roll bar l promoting one of them diameter maximum rotates, it is arranged on and also does the rotation of equidirectional with the sprocket wheel 2 on the same axle of drive roll, namely the roll bar that billet is following its top edge while billet moves forward is followed billet under the promotion of billet and is rotated forward with equal speed (non-slip when), with movable sprocket 2 and chain 12 and be arranged on the sprocket wheel 3 on another root axle and gear 4 operates in rotation, driven dumb bell shaft gear 6 to do opposite direction again by gear 4 to rotate, the sprocket wheel 7 cut on shelf 9 is driven to operate with the sprocket wheel 5 on gear 6 same axis in dynamic turning, sprocket wheel 7 drive is cut bow 8 and is done gyration, two cut bow 8 tops between be provided with steel wire 11 play a part cut off billet, drive roll 1 often rotate a circle its steel wire cut off billet once namely cut out a billet 13, the steel wire quickly being served brick cutting machine by manpower after billet is cut-off and be easy to cut on bow in revolution up time be unlikely and stopped by billet, the length of billet is essentially equal with the girth (non-slip when) of drive roll l. so when billet borrows frictional force to promote drive roll 1 to rotate in reach, drive is cut bow rotation and is done work, and thus cuts off the billet of an another bar again and again.
This cutting cutter has saving manpower, billet length stabilisation, easy to operate and save the advantage such as power, shortcoming is that cutting section is arcuation but not concordant, its reason is to cut bow to drive cutting steel wire its route in rotation to be a circle, thus the useless base in two ends is many and cause waste in next procedure and pinch-off process; Additionally, revolution steel wire is close to produced frictional force with its base drive roll 1 from billet with the operation power cutting bow in reach, owing to its frictional force is very limited, when billet moisture content less and billet is harder and produces high hole rate and during its billet lighter in weight of non-bearing hollw article, when cutting bow running resistance and being bigger, cutting is easy for cause transversely deforming to destroy the cross dimensions of wet base, even can't cut the phenomenon of (cannot cut) and occur.
Only manage new-type cutting cutter and possess that cutting planes is neat and dynamics is powerful, but must obtain supporting power such as pneumatic cutting machine can't do without air pump device because structure is numerous and diverse the more high deficiency of manufacturing cost.
Summary of the invention
The present invention is for overcoming above-mentioned deficiency, it is desirable to provide a kind of simple in construction, cutting section vertical level, and can need not cut smoothly when supporting power, and to all competent slitting device of soft or hard billet, is achieved by the following technical solutions.
At a transversely mounted big carrying roller and roller on its bearing support following of the extruded billet of machine mouth, journey is walked in its diameter=institute pinch-off bar length �� 3.01416-skidding, its contour top of roller and billet are tight note, namely billet is pressed on roller below, and engage each other at the top installation gear and driving gear and upper gear and driven gear with roller same axis and driving shaft, same with the gear i.e. other end of driven axle is provided with circular or square plate, between gear and plate is extrude the billet for vertically moving from machine mouth below, axle between gear and plate is provided with cutting rack, cutting rack is connected to each other by one in front and one in back two rectangular frames and is formed, wherein one is involved for splitting cut-out billet by steel wire, travelling wheel it is horizontally installed with for retreating displacement along stationary orbit in circumgyration incision inside other end, before and after be respectively, sandwiched between at least four roller installed inside gear and plate can up and down and left and right sliding each its width both sides of a rectangular frame, both sides, the space of a single rectangular frame wherein centre is provided with spring with length direction, namely spring inner (dividing inside and outside with center of rotation) top is blocked by the fixing catch being arranged on inside gear or plate near one of driven axle, other end is blocked by framework. and at outside (being interior between gear and plate) the wherein side setting-up eccentricity plate of gear, namely the top, outside of eccentric disk is provided with eccentric from remote one of center of rotation and is called upper eccentric, but it is not precluded from installing plate additional on the outside of gear with same axis and driven axle, eccentric is arranged on a side of plate, also can obtain effect equally by Fu.
The outer back gauge center of rotation of lower gear is nearby installed an eccentric equally and is called lower eccentric, and with upper eccentric the difference is that lower eccentric eccentric near from center of rotation, upper is remote from center of rotation, the two can differ many times each other. and the side installation counterweight outside lower gear makes gear both sides one light heavy and disequilibrium, its center of rotation horizontal line of a side being sitting in decline when the present position of counterweight is to implement and to reach half to billet in cutting is for the best. and up-sizing device is installed on the plane left side or the right outside it: being provided with an at least double support wherein row between double joint track is mobile front for a row after being fixed on, its support is provided with rods arranged in horizontal line the multiple pulleys namely having space between adjacent two spaced from one another, the width in its space should equal with diameter of pulley be best, the double pulley in front and back is namely each relative with the space of the other side for Heterogeneous Permutation each other, traversing carriage both sides are provided with travelling wheel and are affixed with track respectively, it is divided into two the left and right being to hang over traversing carriage by front bracing wire its rear end, top, its front end system hangs on the eccentric outside lower gear, top, back guy its rear end system hangs on the eccentric come directly towards outside its eccentric disk outside gear, its stage casing is by the fit back and forth of the pulley on double support, top, its front end system hangs over the upper of traversing carriage. when support and pulley exceed double, select in increasing bracing wire by some pulleys fit back and forth on the support that increases, wherein top, bracing wire rear end system hang over after on row's traversing carriage, its front end and extension place of a rear end system row system of being separated by is hung on previous row's traversing carriage. the mode that foundation double joint track and double support between are installed namely vertically, horizontally or diagonally, turned by several angle pulleies rotated by original position by bracing wire. but being not precluded from the relevant accessories such as up and down double, two eccentrics and up-sizing device and counterweight are installed on the driving shaft relative with two gears and the other end of driven axle, the i.e. front and back of billet bearing support are allowed on one side, its principle of doing work is constant.
Its acting principle is: by the thrust extruded from its machine mouth of extruder existing for continuously billet, promote and be pressed in its following roller and even and be arranged on the lower gear of same with roller driving shaft top and do synchronous rotary, rotation drives gear with the mutually inter-engaging even and cutting rack reverse sync rotates, billet enforcement segmentation is disconnected by the steel wire being arranged on cutting rack one in rotation, often fortune circles to cut and once obtains a billet, billet is quickly sent to brick cutting machine by endless-belt by power-actuated fast roller by the billet after cut-out in fast turn-around. the cutting procedure of billet is by it: when steel wire and the billet top of laterally tension are initial meet time, the initial injection of horizontal travelling wheel that the other end top that its cutting rack is relative with steel wire is installed, retreat from initial cutting 1/2nd straight rail road that is cut to, in fallback procedures, the spring on cutting rack is compressed, thereafter straight rail road has moved forward rear 1/2nd, the spring now compressed stretches and resets, spring can also be replaced by extension spring or elastic cord, its retrogressing size takes the air line not turn in cutting process with steel wire and is as the criterion, i.e. steel wire not only displacement Tong Bu with billet but also move down for vertical in cutting, a ramp-like straight line is changed into by camber line because retrogressing makes it walk journey, it is derived from the cutting section of a vertical level. respectively each eccentric on upper and lower two gears is involved by front and back bracing wire, owing to the eccentric on lower gear is that the power that actively distance center of rotation is near and required is few, eccentric on its gear is that the far same required pulling force of passive distance center of rotation is little, its reason has been made by the power of laborsaving lever, one is hang over the front bracing wire that on lower eccentric, other end system hangs on traversing carriage to be drawn forward by traversing carriage in following gear rotation as synchronizing displacement, owing to double multiple pulleys are pulled line fit back and forth, back guy is changed into many reaches by single or double joint reach by its traversing carriage in reach, thus realizing back guy, to move size be many times of front bracing wire, eccentric upper both eccentrics do constant speed run-in synchronism much larger than under it thus to reach radius of turn, little power is converted into the rotation being used for cutting rack energetically and strengthens cutting dynamics by the on-stream power by lever. the nearly outer perimeter in the side of lower gear install counterweight equally can because of left and right weight differ its heavy side obtain because gravity down forms power increasing cutting dynamics, resistance up can be formed after bottom dead center when cutting its counterweight complete surmounts in rotation, but gear now there is no impact for idle running, often fortune cutting once its cutting of circling is walked journey and is only accounted for less than 1/8th of girth, and because the existence of counterweight accounts for 1/2nd disappeared by there being change nothing by mutual root at the resistance that often fortune is formed in circling and power.
In sum, the technical solution adopted in the present invention its be characterized by: billet bearing support is upper to be provided with and static gives up the throne track and top, cutting rack wherein one end is provided with horizontal travelling wheel, cutting rack is sandwiched between the roller of both sides, and cutting rack is provided with spring or extension spring or elastic cord, and bracing wire displacement size amplifying device is installed: being above provided with each eccentric for driven axle and the lower same termination for driving shaft, upper eccentric distance center of rotation is distal to lower eccentric distance center of rotation, size amplifying device: be provided with an at least double support wherein row between double joint track for a row after being fixed on for moving front, its support is provided with rods arranged in horizontal line the multiple pulleys namely often having space between adjacent two spaced from one another, front bracing wire its rear end system hangs on traversing carriage, its front end system hangs on next eccentric, back guy its rear end system hangs on an eccentric, its stage casing is by the fit back and forth of the pulley on double support, its front end system hangs on traversing carriage, when support and pulley exceed double, increase the middle bracing wire of corresponding radical by some pulleys fit back and forth on the support that increases, after every middle bracing wire rear end top system hangs over, one arranges on traversing carriage, its front end and extension place of a rear end system row system of being separated by is hung on previous row's traversing carriage, unbalance device: the side of driving shaft or driven axle or driving shaft and driven axle is provided with counterweight, above-mentioned bracing wire displacement size amplifying device and unbalance device coexist or select one of them. traversing carriage both sides are provided with travelling wheel and are affixed with track respectively.
Its beneficial effect one of the present invention is simple in construction, because the accessories such as sprocket wheel and chain need not be equipped with; Two is cutting section vertical level; Three is adapt to firmly extrude billet because cutting force is powerful, need not the superiority such as supporting power except sending bar.
Accompanying drawing explanation
Fig. 1 is traditional method and one of them most commonly seen revolution its structure of steel wire automatic strip-cutting machine of prior art and principle schematic of doing work;
Fig. 2 is the present invention (lower same) its structure and acting principle front view;
Fig. 3 and Fig. 4 is that cutting rack combines its structure and incision principle displaying figure with track of giving up the throne;
Fig. 5 is the transverse direction of Fig. 2 and each parts present position displaying figure when cutting rack is in horizontal;
The cutting rack that Fig. 6 is more than its first half of Fig. 5 and billet bearing support is in structure display figure close to the vertical shape;
Fig. 7 is that the double support moving size for amplifying front bracing wire to draw is pulled line its structure of fit back and forth with pulley and principle of doing work expresses figure.
Detailed description of the invention
It is described further below in conjunction with each accompanying drawing.
With reference to Fig. 2 to Fig. 7, billet bearing support 3 is provided with down be driving shaft 16 and on for driven shaft 17. Driving shaft 16 is supported by each bearing block 26 and 27 including bearing and is positioned, driven shaft 17 is provided with gear 7 and plate 21, and eccentric disk 14 outside gear and eccentric 30, left and right cutting rack 19 is separately mounted between gear 7 and the plate 21 both sides roller 22 inside it namely clamped by cutting rack by dual-side roller 22, and its cutting rack 19 can sliding up and down between the roller of both sides; Driven shaft 17 is supported by being spaced from each other each bearing block 25 being contained within bearing and is positioned, and driving shaft is provided with eccentric 13 and the counterweight 15 of the outside of roller 5 and lower gear 6 and lower gear.
Its acting principle is: extrude as continuously billet 2 owing to there is certain thrust constantly along multiple carrying rollers 4 shifted left being arranged on billet bearing support 3 from the right machine mouth 1, the lower gear 6 being crushed on the following roller of billet 25 and be arranged on same with roller driving shaft 16 top is thus promoted to do rotation counterclockwise, thus driving gear 7 intermeshing with it to turn clockwise with the cutting rack 19 being arranged on same with gear driven shaft 17, upper and lower two gears are reverse constant speed run-in synchronism each other, often rotate a circle and by the steel wire 23 being arranged on top, cutting rack wherein one end, billet segmentation is once disconnected.
To the cutting procedure of billet it is: when steel wire 23 and billet 2 top of laterally tension initiate and meet, the initial entrance of horizontal travelling wheel 20 that the other end top that its cutting rack is relative with steel wire is installed is arranged on the static track 18 of giving up the throne that bearing support 3 is upper, travelling wheel 20 is cut to cutting 1/2nd straight rail road 18 retreats from initial, in fallback procedures, the spring 29 on cutting rack is compressed, thereafter after straight rail road has moved forward, 1/2nd cuttings are complete, the spring 29 now compressed has stretched reset, it retreats size and takes the air line not turn with steel wire 23 be as the criterion in cutting overall process, i.e. steel wire not only displacement Tong Bu with billet 2 but also move down for vertical in cutting, retrogressing makes steel wire 23 walk journey and is changed into a ramp-like straight line 24 by camber line, it is derived from the cutting section of a vertical level. top, front its front end of bracing wire 31 system hangs on the eccentric �� wheel 13 being installed on lower gear 6, its rear end is divided into two the left and right being to hang over traversing carriage 9, the angle pulley 12 that double joint back guy 11 rotates by several original positions is turned and is changed top, its rear end, direction system and hang over and be installed on gear 7 outside it on eccentric 30 of eccentric disk 14, stage casing from double support center respectively to both sides by the multiple pulleys fit back and forth fixed support 8 and traversing carriage 9, top, its front end is the both sides up and down hanging over traversing carriage 9 respectively, traversing carriage 9 both sides are provided with each two travelling wheels 32 and are affixed with dual-side track 28 respectively, lower gear in rotation by be hang over front bracing wire 31 on eccentric 13 even and traversing carriage 9 turn right (front) draw as synchronizing displacement, owing to double multiple pulleys 10 are pulled line 11 fit back and forth, back guy 11 is changed into many reaches by the single reach in every side by its traversing carriage 9 in reach, thus realizing back guy, to move size be many times of front bracing wire, thus reach radius of turn and do the operating of constant speed reverse sync much larger than both upper eccentrics 30 of its lower eccentric 13, little power is converted into the rotation being used for cutting rack energetically and strengthens cutting dynamics by the on-stream power by lever, lower gear 6 even and eccentric 13 rotate before front half cycle drives bracing wire 31 for actively by upper eccentric 30 toward drop-down, eccentric 30 outside second half gear 7 has surmounted lower dead center from being down changed into up and actively being promoted traversing carriage 9 to retreat reset toward pull-up back guy 11 into idle running (not implementing cutting) from passive change, gear 7 and cutting rack 19 on-stream with eccentric 30 be no matter acting or idle running is all by actively being driven by lower gear. the side nearly outer perimeter of lower gear 6 installs counterweight 15 can make cutting put more effort because of left and right weight its heavy side of differing because gravity down forms power equally, resistance up can be formed after bottom dead center when cutting its counterweight complete surmounts in rotation, but gear now there is no impact for idle running, the weight of its counterweight 15 takes into account cutting smoothly and smooth rotation is as the criterion, often fortune cutting once its cutting of circling is walked journey and is only accounted for less than 1/8th of girth, and because the existence of counterweight accounts for 1/2nd at the resistance that often fortune is formed in circling and power.

Claims (2)

1. a powerful vertical slitting machine, it is made up of by critical piece billet bearing support and some carrying rollers and roller and cutting steel wire, it is characterized in that: billet bearing support is upper to be provided with and static give up the throne track and top, cutting rack wherein one end is provided with horizontal travelling wheel, cutting rack is sandwiched between the roller of both sides, and cutting rack is provided with spring or extension spring or elastic cord, and bracing wire displacement size amplifying device is installed: being above provided with each eccentric for driven axle and the lower same termination for driving shaft, upper eccentric distance center of rotation is distal to lower eccentric distance center of rotation, size amplifying device: be provided with an at least double support wherein row between double joint track for after being fixed on, one row is for moving front, its support is provided with rods arranged in horizontal line multiple pulleys spaced from one another, front bracing wire its rear end system hangs on traversing carriage, its front end system hangs on next eccentric, back guy its rear end system hangs on an eccentric, its stage casing is by the fit back and forth of the pulley on double support, its front end system hangs on traversing carriage, when support and pulley exceed double, increase the middle bracing wire of corresponding radical by some pulleys fit back and forth on the support that increases, after every middle bracing wire rear end system hangs over, one arranges on traversing carriage, its front end and extension place of a rear end system row system of being separated by is hung on previous row's traversing carriage, unbalance device: the side of driving shaft or driven axle or driving shaft and driven axle is provided with counterweight, bracing wire displacement size amplifying device and unbalance device coexist or select one of them.
2. a kind of powerful vertical slitting machine according to claim 1, is characterized in that traversing carriage both sides are provided with travelling wheel and are affixed with track respectively.
CN201410702803.1A 2014-11-29 2014-11-29 Strength vertical slitting machine Active CN105619581B (en)

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CN105619581B CN105619581B (en) 2018-12-07

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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN113145942A (en) * 2021-03-12 2021-07-23 重庆市永川区中川科技发展有限责任公司 Work control method of gear shaping machine

Citations (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
PL157375B1 (en) * 1988-08-15 1992-05-29 Opolskie Przed Ceramiki Budowl Multistring cutting machine for ceramic blocks
CN201645634U (en) * 2009-11-26 2010-11-24 贵州建新南海科技股份有限公司 Full-automatic hydraulic blank cutter
CN203254505U (en) * 2013-05-25 2013-10-30 刘运武 Full-automatic vertical strip cutting machine
CN204263324U (en) * 2014-11-29 2015-04-15 刘运武 Powerful vertical slitting machine

Patent Citations (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
PL157375B1 (en) * 1988-08-15 1992-05-29 Opolskie Przed Ceramiki Budowl Multistring cutting machine for ceramic blocks
CN201645634U (en) * 2009-11-26 2010-11-24 贵州建新南海科技股份有限公司 Full-automatic hydraulic blank cutter
CN203254505U (en) * 2013-05-25 2013-10-30 刘运武 Full-automatic vertical strip cutting machine
CN204263324U (en) * 2014-11-29 2015-04-15 刘运武 Powerful vertical slitting machine

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN113145942A (en) * 2021-03-12 2021-07-23 重庆市永川区中川科技发展有限责任公司 Work control method of gear shaping machine

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