CN204278113U - The system of adaptive equalization soft readjustment band cutter position - Google Patents
The system of adaptive equalization soft readjustment band cutter position Download PDFInfo
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- CN204278113U CN204278113U CN201420783773.7U CN201420783773U CN204278113U CN 204278113 U CN204278113 U CN 204278113U CN 201420783773 U CN201420783773 U CN 201420783773U CN 204278113 U CN204278113 U CN 204278113U
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- voussoir
- afterburning
- band cutter
- skewback
- adaptive equalization
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Abstract
The utility model discloses a kind of system of adaptive equalization soft readjustment band cutter position, it comprises left weight, right weight, and push broach plate on guide table is set, a left side pushes away skewback, left guide pin bushing, left afterburning voussoir, right afterburning voussoir, right guide pin bushing and the right side and pushes away skewback; Described push broach plate side contacts with band cutter, and the two ends of the relative opposite side of described push broach plate push away skewback one end with a described left side respectively and the right side pushes away skewback end thereof contacts; A described left side pushes away the skewback other end and the right side, and to push away the skewback other end be inclined-plane; The system of a kind of adaptive equalization soft readjustment band cutter position of the present utility model, with the adaptive equalization soft readjustment position of cutter in running, make it in running, be in suitable machining area position and balanced steady state, and prevent band cutter from occurring to swim cutter in running.
Description
Technical field
The utility model relates to slice processing equipment technical field, is specifically related to a kind of with cutter operation stability and the device regulating thrust adaptive equalization loading technique.
Background technology
The process of slice processing equipment is generally first be fixed on the workbench of slice processing equipment by machined material blank, and then process equipment completes slice processing according to the processing method designed and operational procedure.According to different processing requests, process equipment blade structure can adopt band cutter, cutting disc and scalpel etc. respectively.
Because band cutter is the kernel component adopting band cutter processing slicing product equipment, be that the section that slice processing equipment directly contacts with machined material when realizing slice processing performs part, band cutter run location and state directly can affect the gauge precision of slicing product.In order to obtain the higher slicing product of gauge precision, need to be with cutter in running, keep the stable state of adaptive equalization, and its cutting edge stretches out accurate guide table in suitable size range.
The band cutter of slice processing equipment is generally that first by a width, unanimously (width numerical value is not limit, the width come into operation has 38 ㎜, 40 ㎜, 45 ㎜ etc.), consistency of thickness (do not limit by gauge, the gauge come into operation has 0.3 ㎜, 0.4 ㎜, 0.5 ㎜ etc.) steel band two ends butt welding form endless steel belt, then utilize one end of Sharpening device grinding endless steel belt to obtain cutting edge.Due to the restriction of existing band cutter manufacturing technology, even if also can not be identical in profile size and dimension with the steel endless belt cutter of batch same specification, all there is certain error, especially, the cutting edge end opening size of endless belt cutter with do not have the open rearward end size of cutting edge may be just different, there is the situation that cutting edge end opening size is greater than or less than the open rearward end size not having cutting edge, there is the trend of movement forward or backward in band cutter in running.
Utility model content
The utility model overcomes the deficiencies in the prior art, provides a kind of system of adaptive equalization soft readjustment band cutter position, for solving the band cutter instability in running/unbalanced technical problem.
Consider the problems referred to above of prior art, an aspect disclosed in the utility model, the utility model by the following technical solutions:
A system for adaptive equalization soft readjustment band cutter position, it comprises left weight, right weight, and push broach plate on guide table is set, a left side pushes away skewback, left guide pin bushing, left afterburning voussoir, right afterburning voussoir, right guide pin bushing and the right side and pushes away skewback; Described push broach plate side contacts with band cutter, and the two ends of the relative opposite side of described push broach plate push away skewback one end with a described left side respectively and the right side pushes away skewback end thereof contacts; A described left side pushes away the skewback other end and the right side, and to push away the skewback other end be inclined-plane; Described left afterburning voussoir is connected with described left weight by left flexible draw cord, and described right afterburning voussoir is connected with described right weight by right flexible draw cord; Described left guide pin bushing limits left afterburning voussoir one side position, and when left weight drives left afterburning voussoir to move, the inclined-plane that described left afterburning voussoir is used for pushing away with a described left side skewback relative to the inclined-plane of opposite side coordinates, and applies power to push away skewback to a left side; Described right guide pin bushing limits right afterburning voussoir one side position, and when right weight drives right afterburning voussoir to move, the inclined-plane that described right afterburning voussoir is used for pushing away with the described right side skewback relative to the inclined-plane of opposite side coordinates, to apply power to right afterburning voussoir; Described left afterburning voussoir and right afterburning voussoir are all triangle.
In order to realize the utility model better, further technical scheme is:
According to an embodiment of the present utility model, a described left side pushes away skewback both sides and arranges the first guiding rotor respectively.
According to another embodiment of the present utility model, the described right side pushes away skewback both sides and arranges the second guiding rotor respectively.
According to another embodiment of the present utility model, it also comprises the left chain wheel arranging guide table edge, and described left flexible draw cord walks around left chain wheel.
According to another embodiment of the present utility model, it also comprises the right pulley arranging guide table edge, and described right flexible draw cord walks around right pulley.
The utility model can also be:
According to another embodiment of the present utility model, described left guide pin bushing is L shape.
According to another embodiment of the present utility model, described right guide pin bushing is L shape.
Compared with prior art, one of the beneficial effects of the utility model are:
The system of a kind of adaptive equalization soft readjustment band cutter position of the present utility model, band cutter adaptive equalization soft readjustment position in running, it is made to be in suitable machining area position and balanced steady state, and prevent band cutter from trip cutter etc. occurring in running, thus make band cutter can realize serial section processing, the comparatively large and slicing product that gauge precision is higher of book size can be obtained; The system of adaptive equalization soft readjustment band cutter position of the present utility model is not only applicable to the equipment adopting band cutter processing section, and the process equipment of other blade structure also can be used for reference.
Accompanying drawing explanation
In order to clearer explanation present specification embodiment or technical scheme of the prior art, below the accompanying drawing used required in the description to embodiment or prior art is briefly described, apparently, the accompanying drawing that the following describes is only the reference to some embodiments in present specification, for those skilled in the art, when not paying creative work, other accompanying drawing can also be obtained according to these accompanying drawings.
Fig. 1 shows the system schematic top plan view of the adaptive equalization soft readjustment band cutter position according to the utility model embodiment.
Fig. 2 shows and contacts schematic diagram according to the left and right afterburning voussoir of the utility model embodiment with the left and right skewback that pushes away.
Fig. 3 shows the tool-setting mechanism system composition schematic diagram according to the utility model embodiment.
Detailed description of the invention
Below in conjunction with embodiment, the utility model is described in further detail, but embodiment of the present utility model is not limited thereto.
As shown in Figure 1, Figure 2 and Figure 3, a kind of system of adaptive equalization soft readjustment band cutter position, it comprises left weight 5, right weight 11, and push broach plate 1 on guide table 7 is set, a left side pushes away skewback 2, left guide pin bushing 3, left afterburning voussoir 4, right afterburning voussoir 8, right guide pin bushing 9 and the right side and pushes away skewback 12; Described push broach plate 1 side 101 contacts with band cutter 14, and the two ends 103,104 of the relative opposite side 102 of described push broach plate 1 push away skewback 2 one end 201 and the right side respectively and push away skewback 12 one end 121 and be connected with a described left side; A described left side pushes away skewback 2 other end 202 and the right side pushes away skewback 12 other end 122 for inclined-plane; Described left afterburning voussoir 4 is connected with described left weight 5 by left flexible draw cord 15, and described right afterburning voussoir 8 is connected with described right weight 11 by right flexible draw cord 16; Described left guide pin bushing 3 limits position, left afterburning voussoir 4 side 401, when left weight 5 drives left afterburning voussoir 4 to move, the inclined-plane 402 of the relative opposite side of described left afterburning voussoir 4, for coordinating with the inclined-plane that a described left side pushes away skewback 2, applies power to push away skewback 2 to a left side; Described right guide pin bushing 9 limits position, right afterburning voussoir 8 side 801, when right weight 11 drives right afterburning voussoir 8 to move, the inclined-plane 802 of the relative opposite side of described right afterburning voussoir 8 is for coordinating with the inclined-plane that the described right side pushes away skewback 12, to apply power to right afterburning voussoir 8; Described left afterburning voussoir 4 and right afterburning voussoir 8 are all triangle.
A described left side pushes away skewback 2 both sides and arranges the first guiding rotor 17 respectively; The described right side pushes away skewback 12 both sides and arranges the second guiding rotor 18 respectively; It also comprises the left chain wheel 19 arranging guide table 7 edge, and described left flexible draw cord 15 walks around left chain wheel 19.
It also can comprise the right pulley 20 arranging guide table 7 edge, and described right flexible draw cord 16 walks around right pulley 20.Described left guide pin bushing 3 and right guide pin bushing 9 can be L shape.
Push broach plate 1 directly contacts with band cutter 14 back side and to being with cutter 14 to produce thrust forward; Guide table 7 can be accurate guide table, and guide table 7 is installation foundation of all the other all parts; A left side pushes away skewback 2, left guide pin bushing 3, left afterburning voussoir 4, left weight 5, left chain wheel assembly 6 and pushes away skewback 12 install by the Central Symmetry of loading stand with right afterburning voussoir 8, right guide pin bushing 9, right pulley assembly 10, right weight 11, the right side respectively.
Left weight 5, right weight 11 is connected by smooth flexible cord with left afterburning voussoir 4 and right afterburning voussoir 8 respectively, left, right weight 5, the weight of 11 is delivered on left afterburning voussoir 4 and right afterburning voussoir 8 by the smooth flexible cord connected respectively, left afterburning voussoir 4 and right afterburning voussoir 8 is made to push away skewback 2 to a left side respectively and the right skewback 12 that pushes away produces thrust forward, thus make a left side push away skewback 2 and the right side pushes away skewback 12 respectively by left guide pin bushing 3, right guide pin bushing 9 and the first guiding rotor 17, the direction that second guiding rotor 18 limits compresses push broach plate 1, thus band cutter 14 is produced in running to the flexible thrust of adaptive equalization forward.
Move forwards or backwards in running to prevent band cutter 14, on the one hand, drive unit installed by the band cutter 14 of chopper and slicer can the setting angle of adjustment belt cutter 14, the cutting edge end opening of band cutter 14 is from inside to outside strutted, make band cutter 14 in running, be subject to sizeable resistance backward all the time, thus avoid band cutter 14 to travel forward; On the other hand, because band cutter 14 is subject to this resistance backward, and the band cutter 14 of ring-type is running and the reaction force that there is cutting force in the process of converted products can produce motive force backward to band cutter 14.Therefore, adopt method and the tool-setting mechanism of adaptive equalization soft readjustment band cutter position of the present utility model, push broach plate 1 wherein in tool-setting mechanism is arranged on the rear end that band cutter 14 does not have cutting edge, self adaptation can provide the flexible resistance of preventing belt cutter 14 movement backward, band cutter 14 is made to be in stability in running, this impedance value size is by the shape facility with cutter 14 self, the reaction force of the distracting force and cutting force of installing drive unit with cutter 14 determines jointly, need to adjust according to actual conditions, make band cutter 14 in equipment During Process of Long-term Operation, remain a kind of stable state of adaptive equalization.
In addition, because band cutter 14 cutting edge is in processing section a period of time or all can narrow after blade milling machine grinding, if accommodation zone cutter position not in time, will cause being with the cutting edge overhang of cutter not meet the appropriate size range of slice processing needs, all the time this appropriate size range is in order to make band edge, just need, by adaptive equalization soft readjustment mechanism urges band cutter 14, band cutter 14 cutting edge to be remained in this suitable size range.
The method of the adaptive equalization soft readjustment band cutter position of the present embodiment and tool-setting mechanism, mainly comprise following several respects content:
Accurate guide table is installation carrier and the integrated platform of tool-setting mechanism, all parts are all installed or are placed on this accurate guide table, tool-setting mechanism and band cutter 14 are formed as an entire system, enable the method for adaptive equalization soft readjustment band cutter position play toolsetting effect.Accurate guide table have the band smooth guide support face of cutter 14, tool-setting mechanism parts mounting plane and and chopper and slicer base between connection plane, be parallel to each other between these three faces, in addition, the 2 times of thickness being with cutter 14 are generally not less than, such as 2.13 ㎜ with the distance between the smooth guide support face of cutter and tool-setting mechanism parts mounting plane.Accurate guide table is arranged on the base of chopper and slicer, and band cutter 14 is on smooth guide support face, and this smooth spigot surface is adopt high-abrasive material to make with the material of band cutter 14 contact site.
The push broach plate 1 of tool-setting mechanism, a left side push away skewback 2, left guide pin bushing 3, left afterburning voussoir 4, left chain wheel assembly 6, left weight 5, the right side push away the related components such as skewback 12, right guide pin bushing 9, right afterburning voussoir 8, right pulley assembly 10, right weight 11, guiding rotor and all install or be placed on this accurate guide table, forms a complete tool-setting mechanism system and realize being with the adaptive equalization soft readjustment of cutter 14 position.Wherein, left guide pin bushing 3, right guide pin bushing 9 and guiding rotor are symmetrical is respectively fixed on the right position of parts mounting plane of accurate guide table; A left side pushes away skewback 2, left afterburning voussoir 4, the right side pushes away skewback 12 and the equal symmetry of right afterburning voussoir 8 is placed on the parts mounting plane of accurate guide table, and the direction of motion that a left side pushes away skewback 2 and left afterburning voussoir 4 is determined jointly by left guide pin bushing 3 and guiding rotor, the direction of motion that the right side pushes away skewback 12 and right afterburning voussoir 8 is determined jointly by right guide pin bushing 9 and guiding rotor; A left side push away skewback 2 and right push away skewback 12 respectively with left and right two end in contact of push broach plate 1, and consistent thrust can be produced to push broach plate 1; Left chain wheel assembly 6 and right pulley assembly 10 are symmetrical to be respectively arranged on the left and right side of accurate guide table; Left weight 5 and right weight 11 are connected by flexible strand with left afterburning voussoir 4 and right afterburning voussoir 8 respectively, and these two flexible strand are placed on the pulley of left and right pulley assembly 10 respectively, the weight of left and right weight 5,11 acts on the afterburning voussoir 4,8 in left and right by flexible strand respectively, then act on band cutter 14 by the left and right transmission pushing away skewback 2,12 and push broach plate 1, require that the weight of left and right weight 5,11 is in the same size, and meet band cutter 14 and run required adaptive equalization power.
Operating personnel are left by the pulling force size or adjustment changing flexible strand simultaneously, right afterburning voussoir 5, the position of 11, band edge can be adjusted to suitable Working position, such as increase the pulling force (both sides pull flexible strand by the power of formed objects respectively) of both sides flexible strand to make band cutter 14 move forward simultaneously, suitable Working position is moved forward to to band cutter 14 cutting edge, otherwise, the pulling force reducing both sides flexible strand (reduces left, the weight of right weight), and by a left side, right afterburning voussoir 4, the position of 8 inwardly adjusts, the thrust of push broach plate 1 to band cutter 14 is made to reduce even to eliminate, band cutter 14 can be realized move backward, suitable Working position is adjusted to to band cutter 14 cutting edge, realize the adaptive equalization thrust of tool-setting mechanism to band cutter 14.
All adopt contact of incline plane to produce thrust with the left and right skewback 2,12 that pushes away respectively due to left and right afterburning voussoir 4,8, left and right afterburning voussoir 4,8 is all triangle flat plate, slides with the guide face contacts of left and right guide pin bushing 3,9 respectively in each own right-angle side side; Left and right one end pushing away skewback 2,12 has the inclined-plane mated with left and right afterburning voussoir 4,8 hypotenuse side respectively, after the pulling force of left and right weight 5,11 or operating personnel is applied to left and right afterburning voussoir 4,8, the inclined-plane of left and right afterburning voussoir 4,8 can produce thrust to the left and right inclined-plane pushing away skewback 2,12, and the left and right other end pushing away skewback 2,12 has the plane of mating with push broach plate 1; Require that the left and right right-angle side of afterburning voussoir 4,8 and the angle of hypotenuse must not be greater than the self-locking angle of left and right afterburning voussoir 4,8, guarantee that the weight of left and right weight 5,11 is less and also can produce larger thrust, and there is higher toolsetting efficiency, and after adjustment completes, cutter 14 pairs of push broach plates 1 no matter are with to produce great reaction force, left and right afterburning voussoir 4,8 all can not be moved, thus realizes the stable operation of band cutter adaptive equalization.
Push broach plate 1 is a kind of rectangular flat adopting nonmetallic wear-resistant material to make, such as masonite etc., (length come into operation is 460 ㎜ to have certain length and thickness, thickness is 4 ㎜), push broach plate 1 is placed on the parts mounting plane of accurate guide table, front end face and the band cutter 14 of push broach plate 1 do not have the rear-face contact of cutting edge, by the systemic effect of tool-setting mechanism, on a left side, the right side pushes away skewback 2, under promoting while 12, push broach plate 1 can be free to slide on accurate guide table, and band cutter 14 is produced to the flexible thrust of adaptive equalization, realize accommodation zone cutter 14 cutting edge position or the flexible resistance overcoming the movement backward of band cutter 14 is provided.Require that the front end face of push broach plate 1 has higher flatness and fineness, ensure to be with when contacting produce thrust with band cutter 14 cutter 14 can even running.In order to reduce the difficulty of processing of push broach plate 1 front end face, do not affect push broach effect simultaneously, the area that push broach plate 1 front end face contacts with band cutter can be reduced, such as push broach plate 1 front end face local is hollowed out, push broach plate 1 front end face is made to only have position, the left and right sides to contact with band cutter, because push broach plate 1 front end face is identical with the full-size of band cutter 14 contact site, the thrust that cutter 14 produces is with to be consistent so the thrust produced by position, push broach plate 1 left and right sides is acted on whole push broach plate 1 front end face.It is relevant that the size of this thrust and band cutter 14 are subject to amount of force backward, change, making the adaptive equalization state that band cutter 14 keeps stable in running along with being with cutter 14 be subject to the change of amount of force backward.
Utilize method and the push broach mechanism of adaptive equalization soft readjustment band cutter position described in the utility model patent, effectively can keep the band cutter stable operation of chopper and slicer, and easily can realize the position of adjustment belt edge, existing chopper and slicer one can continuous and steady operation more than 300 hours after band cutter is installed, and processing acquisition slice thickness dimensional accuracy reaches 0.1 ± 0.01 ㎜.
The method of adaptive equalization soft readjustment band cutter position of the present utility model and tool-setting mechanism, suitable machining area position can be in by accommodation zone cutter in slice processing process, and can prevent band cutter from occurring to swim cutter in slice processing process, make band cutter be in stable equilibrium's running status in slice processing process, thus improve dimensional accuracy and the qualification rate of slice processing equipment processing slicing product.
In this description, each embodiment adopts the mode of going forward one by one to describe, and what each embodiment stressed is the difference with other embodiment, identical similar portion cross-reference between each embodiment.
Spoken of in this manual " embodiment ", " another embodiment ", " embodiment ", etc., refer to the specific features, structure or the feature that describe in conjunction with this embodiment and be included at least one embodiment of the application's generality description.Multiple place occurs that statement of the same race is not necessarily refer to same embodiment in the description.Furthermore, when describing specific features, structure or a feature in conjunction with any embodiment, what advocate is also drop in scope of the present utility model to realize this feature, structure or feature in conjunction with other embodiments.
Although be described the utility model with reference to multiple explanatory embodiment of the present utility model here, but, should be appreciated that, those skilled in the art can design a lot of other amendment and embodiment, these amendments and embodiment will drop within spirit disclosed in the present application and spirit.More particularly, in the scope of and claim open in the application, multiple modification and improvement can be carried out to the building block of subject combination layout and/or layout.Except the modification of carrying out building block and/or layout is with except improvement, to those skilled in the art, other purposes also will be obvious.
Claims (6)
1. the system of an adaptive equalization soft readjustment band cutter position, it is characterized in that it comprises left weight (5), right weight (11), and push broach plate (1) on guide table (7) is set, a left side pushes away skewback (2), left guide pin bushing (3), left afterburning voussoir (4), right afterburning voussoir (8), right guide pin bushing (9) and the right side and pushes away skewback (12); Described push broach plate (1) side (101) contacts with band cutter (14), and the two ends (103,104) of the relative opposite side (102) of described push broach plate (1) push away skewback (2) one end (201) respectively and push away skewback (12) one end (121) with the right side and contact with a described left side; A described left side pushes away skewback (2) other end (202) and the right side, and to push away skewback (12) other end (122) be inclined-plane; Described left afterburning voussoir (4) is connected with described left weight (5) by left flexible draw cord (15), and described right afterburning voussoir (8) is connected with described right weight (11) by right flexible draw cord (16); Described left guide pin bushing (3) limits left afterburning voussoir (4) side (401) position, when left weight (5) drives left afterburning voussoir (4) mobile, the inclined-plane (402) of the relative opposite side of described left afterburning voussoir (4) is for coordinating with the inclined-plane that a described left side pushes away skewback (2), to push away skewback (2) applying power to a left side; Described right guide pin bushing (9) limits right afterburning voussoir (8) side (801) position, when right weight (11) drives right afterburning voussoir (8) mobile, the inclined-plane (802) of the relative opposite side of described right afterburning voussoir (8) for coordinating with the inclined-plane that the described right side pushes away skewback (12), with to right afterburning voussoir (8) applying power; Described left afterburning voussoir (4) and right afterburning voussoir (8) are all triangle.
2. the system of adaptive equalization soft readjustment band cutter position according to claim 1, is characterized in that a described left side pushes away skewback (2) both sides and arranges the first guiding rotor (17) respectively.
3. the system of adaptive equalization soft readjustment band cutter position according to claim 1, is characterized in that the described right side pushes away skewback (12) both sides and arranges the second guiding rotor (18) respectively.
4. the system of adaptive equalization soft readjustment band cutter position according to claim 1, it is characterized in that it also comprises the left chain wheel (19) arranging guide table (7) edge, described left flexible draw cord (15) walks around left chain wheel (19).
5. the system of adaptive equalization soft readjustment band cutter position according to claim 1, is characterized in that described left guide pin bushing (3) is L shape.
6. the system of adaptive equalization soft readjustment band cutter position according to claim 1, is characterized in that described right guide pin bushing (9) is L shape.
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| CN201420783773.7U CN204278113U (en) | 2014-12-11 | 2014-12-11 | The system of adaptive equalization soft readjustment band cutter position |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105171809A (en) * | 2015-10-23 | 2015-12-23 | 中国工程物理研究院化工材料研究所 | Machining device system capable of reducing vibration of steel band knife |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105171809A (en) * | 2015-10-23 | 2015-12-23 | 中国工程物理研究院化工材料研究所 | Machining device system capable of reducing vibration of steel band knife |
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