CN201586754U - Feeding device for bar processing - Google Patents
Feeding device for bar processing Download PDFInfo
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- CN201586754U CN201586754U CN2009202038544U CN200920203854U CN201586754U CN 201586754 U CN201586754 U CN 201586754U CN 2009202038544 U CN2009202038544 U CN 2009202038544U CN 200920203854 U CN200920203854 U CN 200920203854U CN 201586754 U CN201586754 U CN 201586754U
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Abstract
The utility model discloses a feeding device for bar processing, which comprises supporting legs (40) and four rows of feeding rollers (36). The supporting legs are arranged on the lower portion of the feeding device; the feeding rollers are parallelly arranged on the upper portion of the feeding device; each two rows of the feeding rollers are formed into one group and longitudinally fixed onto a seat plate frame on one side (37) at intervals; two groups of the feeding rollers are arranged in alignment manner; and space among the four rows of the rollers are used for containing processed bars. Beside, the feeding device further comprises a driving mechanism which drives the seat plate frames on two sides to be folded and unfolded, and drives the seat plate frames on the two sides to synchronously move in reciprocating manner along the axial direction of the feeding rollers (36). The feeding device is mainly used for a numerical control lathe of a cylinder roller for automatically processing bearings, and can also be used for a lathe processing bars needing a bar synchronous rotation mode when in feeding. In order to realize the purpose of high-speed processing, the feeding device depends on the rollers to realize a clamping function, reduces abrasion of the bars, simultaneously is adaptable to the rotation requirements of the bars, conforms to the requirements of high-speed rotation processing, and has the advantages of safe use and high processing efficiency.
Description
Technical field
The present invention relates to a kind of pay-off, more particularly, relate to a kind of from the chuck rear side forwards tool orientation carry the device of blank bar by the chuck hub hole, especially be fit to the numerically controlled lathe that the needs bar rotates synchronously in the process and use.
Background technology
Under the prior art, be used to process the Lathe bench of bar as shown in Figure 8, comprise the bar anchor clamps 1 that are positioned at the left side among the figure, and the right side is used for the anchor clamps 2 of clamping cutter among the figure.The middle part of anchor clamps 1 is provided with through hole, be used for bar from rear side A to sending into, and deliver to anchor clamps 1 right side, realize the processing of right side cutter 5,6.This processing is generally used for the cylindrical roller in the moulding bearing apparatus.
Based on field of bearings, it is mechanical automatic lathe (being called for short the cam lathe) that former bearing manufacturer produces roller bearing equipment, be mainly used in the roller of turning bearing inside, technical process is single, the cutter curve is controlled by the outline of cam, as the part of changing a kind of specification can make raising of whole enterprise processing cost and work in-process also not have flexibility with regard to a kind of cam of needs replacing like this.
And, original lathe partly is the spatial degrees of freedom that is limited the blank material by simple " V " type piece in loading and unloading, because the bar of processing is long, bar meeting whipping in the process of rotation, if speed is very high like this, operating personnel have very big danger, have only and reduce the safety that rotating speed could guarantee the operator.Now the rotating speed of normal process has only per minute 200 right side of turning left, so the efficient of processing is very low.The feeding part can cause the appearance and size of part to have deviation to cause waste product so only used during clamping simple mechanical grip piece part in the rotation of blank material together to rotate through after a while wearing and tearing.
Summary of the invention
The present invention aims to provide a kind of pay-off that uses from the lathe that chuck hub hole rear side carries the blank bar to realize processing, be intended to solve the self-feeding processing that the high speed rotating process realizes bar under the rotary state, thereby reach the numerically controlled lathe purpose of processing automatically.Simultaneously, the invention provides a kind of stressed member that utilizes roller as clamping, in the process, the auxiliary fur bar of roller rotates synchronously, further reaches to reduce wear, and increases the service life, and improves the purpose of working (machining) efficiency.
In order to achieve the above object, the pay-off of a kind of bar processing of the present invention comprises the supporting leg of bottom and the four dispatch material rollers that arrange on top.Per two dispatch material rollers are one group, and longitudinal separation is fixed on the seat board frame of a side; And two groups of feeding rollers are over against setting; Space between four row rollers is used to hold processed bar.In addition, pay-off comprises that also driving both sides seat board frame closes up or launches, and the driving mechanism that moves back and forth synchronously to driving both sides seat board frame along Roller Shaft.
The pay-off of bar of the present invention processing, used driving mechanism comprise and are used for slide rail or the slideway that execution unit moves, and hydraulic cylinder, plunger and hydraulic oil supply system.The mode that relies on hydraulic system to realize that the execution unit straight line moves under used driving mechanism and the prior art is identical, is known technology.
In addition, under the optimal way, above-mentioned four dispatch material rollers, every row is arranged to two row juxtaposed structure at interval.The lower support leg is provided with the connector on the ground that is connected simultaneously, and supporting leg is with the lifting structure setting.Under a kind of optimal way, the supporting leg of lifting structure comprises two sections butt joint channel-section steels, and one section adjusting channel-section steel that places butt joint channel-section steel inboard.Cooperation position at butt joint channel-section steel and adjusting channel-section steel is provided with keyway formula bolt hole, and sets bolt, nut, realizes highly regulating.
Pay-off of the present invention mainly is used on the numerically controlled lathe of automatically machining cylindrical roller for bearing, and also can be used on other processing bars needs in the lathe of bar rotation synchronously.In order to realize the purpose of lathe High-speed machining, pay-off of the present invention relies on support and the hold assembly of roller as bar, thereby reduce the friction that bar rotates in the processing, reduce the bar wearing and tearing, the rotation demand of simultaneous adaptation bar meets the needs that high speed rotating is processed.Pay-off of the present invention is fit to the processing of rotating speed numerically controlled lathe more than 2000 rev/mins, the traditional lathe following 200 rev/mins than prior art, and working (machining) efficiency increases greatly.And the bar product of high-speed cutting has the good characteristics of surface smoothness.
Pay-off of the present invention is adapted at the chuck rear side and carries the lathe of bar to use by the chuck hub hole to tool orientation.In the process of machined into bar, in feeding, though chuck unclamps, chuck still is being in the state of low speed rotation, and bar also is in the low speed rotation state.The retained part of pay-off of the present invention has been installed the roller that has two groups of " V " type pieces, and two groups of " V " type pieces are the frictional force that drags round bar in order to increase, and increases roller and then be when the blank material rotates the friction to two groups of " V " type pieces.In the feeding process, the blank bar remains rotary state under roller auxiliary, start from zero-speed thereby need not bar in process, has improved working (machining) efficiency.
The material loading process of pay-off of the present invention is as follows: 1 material folding partly clamps, 2 chucks unclamp, 3 feeding part feedings, 4 chucks clamp once more, 5 material foldings are partly unclamped, (above action all is to provide power by hydraulic part) partly return in 6 feedings.Because of the moment of retained part when clamping, chuck does not also unclamp, and this moment can produce very big frictions with two groups of " V " type pieces, and the roller that increases in " V " type piece is just in order to eliminate this friction.
Description of drawings
Fig. 1 is that numerically controlled lathe begins to process the plan structure schematic diagram of bar at the original state lower table;
Fig. 2 is the plan structure schematic diagram that bar is sent into Lathe bench under anchor clamps and the definite processing length state;
Fig. 3 is the plan structure schematic diagram of Lathe bench under the processing bar end face;
Fig. 4 is the plan structure schematic diagram of Lathe bench under the intercepting bar state;
Fig. 5 gets back to the workbench schematic top plan view that state shown in Figure 1 carries out hypomere bar processing, intercepting;
Fig. 6 is the structural representation of material-receiving device initial position;
Fig. 7 is that material-receiving device is finished the structural representation under the state of connecting material;
Fig. 8 is the plan structure schematic diagram of bar lathe for machining workbench under the prior art;
Fig. 9 is the perspective view of numerically controlled lathe configured in one piece;
Figure 10 is the perspective view that numerically controlled lathe is held material unit;
Figure 11 holds the schematic perspective view that material unit top movable button is grabbed the parts part-structure among Figure 10;
Figure 12 is the structure for amplifying schematic diagram at D place among Figure 11;
Figure 13 is the perspective view of numerically controlled lathe pay-off of the present invention.
The specific embodiment
As shown in Figure 9, a kind of numerically controlled lathe of automatically machining cylindrical roller for bearing, its lathe main unit comprises support 30, is positioned at the workbench on the support 30, and be used for the chuck assembly 14 of clamping bar, the electric motor units that drive chuck assembly 14 rotates, and fixing being used for finished end face, cylinder turning processing or cut off the toolbox (Fig. 9 is not shown) that moves on the workbench.Among the figure, the position of label 13 expression electric motor units and main spindle box thereof.Under the prior art, there has been the pre-and post perforative chuck assembly of a kind of centre bore, and drive motors; This centre bore is as the space of carrying bar and chucking bar.Bar to sending into, and is delivered to the chuck right side from rear side A, makes things convenient for the processing of right side cutter thereby as shown in Figure 8.
In order to reach the purpose of automated production, be provided with respectively in the both sides of lathe main unit and hold material, pay-off and the unit that connects material.As shown in Figure 9, on a line, be provided with 1-10 at the chuck assembly rear side at interval and hold material unit 11, and a pay-off 12 is set; At toolbox along the table slide direction setting unit 16 that connects material.Pay-off 12, as shown in Figure 9, the main unit setting near numerically controlled lathe is arranged at outermost and hold material unit, under the optimal way, is provided with 4, to adapt to the needs of 6 meters base bars that become mildewed under the optimal way.
Each holds the structure of material unit, as shown in figure 10, comprises the supporting leg 24 that is fixed in the place and is seated at clamp assembly on the supporting leg.Wherein, hold material unit by lower margin or bolting in ground.And comprising bottom V-type holder 21 and top movable button that an end is movably hinged, above-mentioned clamp assembly grabs parts.The V-type mouth place of the bottom V-type holder 21 a pair of feeding roller 23 that is positioned at the bottom that be arranged in parallel makes that in supporting the bar process, bar is supported on the top position in the middle of two feeding rollers 23.The top movable button is grabbed parts and is comprised top roller 23 and the roller seat 20 that is positioned at the centre position, roller seat 20 top Connection Block bars, and a seat bar outside is wound with spring 26, and a seat masthead portion is arranged in the structure 19 that the top movable button is grabbed parts, and with the ralocatable mode setting.Being provided with of this ralocatable mode is varied, and as in the perforate of the middle part of structure 19, a seat bar is arranged in tapping, can be up and down, and 26 on spring withstands between roller seat 20 and the structure 19, thus realize floating.Another kind of ralocatable mode is on the contrary, the middle part perforate of roller seat 20, and the seat bar is arranged in tapping, can be up and down, least significant end is connected to tapping; 26 same on spring withstands between roller seat 20 and the structure 19, realizes floating.
Numerically controlled lathe mainly is used under the condition of high speed rotating processing, and therefore holding material unit 11 is necessary for the lock mode setting., hold in the material unit 11 above-mentioned, as shown in the figure, the top movable button grabs the structure 19 of parts and an end of bottom V-type holder 21 is a hinged end, the supporting locking member that is provided with of the other end for this reason.The structure of locking member is shown in Figure 11 and 12, and optimal way adopts bearing pin to connect, and bearing pin is provided with handle 28 and bar shaped shackle member 32 respectively in two ends about in the of 31, and the locking mechanism of corresponding V-type holder is a keyway type; And use for convenience, also be provided with spring part 29.
In actual use, because the place, or the not equal factor of processing bar diameter, under the optimal way, the above-mentioned material unit of holding is arranged to height accent mode, thereby just is fit to the requirement of place, lathe, bar state.Under the optimal way, hold the supporting leg 24 of material unit and be arranged to adjustable for height leg structure, as shown in the figure, supporting leg 24 comprises two parts up and down, interconnect (middle part also is provided with a connection channel-section steel among the figure) with channel-section steel, offer vertical keyway 25 at the middle part, set bolt is set in the groove. reach the purpose that the material unit height is held in rough adjustment by changing the position of bolt in keyway.In addition, under the optimum way, the bottom of bottom V-type holder 21 is also with similar with above-mentioned adjustment mode, by offering keyway on height adjusting block 22, the adjusting that the material unit height is held in the support realization of fitted bolt and supporting leg top seat board.Usually the adjustment of supporting leg 24 height play the effect of coarse adjustment, and the effect of accurate adjustment is played in the adjustment of above-mentioned height adjusting block 22.
In addition, three rollers holding in the material unit 11 support processed bar, Roller Shaft to the bar axially parallel, the normal direction of three roller strong points is with to the axis of heart mode by bar, thereby bar is by electric motor units rotation under chuck assembly drives in the process, three rollers can be assisted the rotation of bar, reduce friction.
As shown in figure 13, the car controlling bed is in order to reach automatic machining functions, and also ad hoc have an automatic feeding 12, and comprise and hold material unit supporting leg 24 similar lower support legs 40, and the top pay-off.The top pay-off comprises top material folding assembly and bottom feeding material component.Wherein, top material folding assembly comprises the uprightly seat board frame 37 to establishing of both sides, position between 36, two groups of feeding rollers 36 of two dispatch material rollers is set as the space of clamping bar with parallel mode up and down on each seat board frame 37, roller 36 axially and the bar axially parallel.Two seat board frame 37 bottoms are provided with slideway 39, two seat board framves, 37 mutual slippage closings or open under hydraulic system (oil cylinder shown in the figure 33 and 35 position) promotes, thereby the purpose that reaches clamping or unclamp processed bar.In addition, slideway 39 places on the following seat board 41 of bottom feeding material component, and following seat board 41 bottoms are provided with slide rail 38, and is provided with along the hydraulic system (position of oil cylinder shown in the figure 34) of seat board 41 under the parallel bar direction propelling movement.
In addition, pay-off 12, in order to reach the clamping purpose, under the optimal way, both sides uprightly are set to two row to the roller on the seat board frame of establishing 37, thereby on each seat board frame 37 four feeding rollers are arranged.The bar of clamping simultaneously in the feeding process guarantees that the clamping force of feeding is enough big.
Pay-off of the present invention, its important improvement are that holder utilizes roller to realize.Numerically controlled lathe from the turning of bar turning tool processing, unclamps bar to chuck assembly in the course of the work, and pay-off clamping bar passes through the mesopore feeding, and chuck clamps the process of bar once more, and bar is in rotary state all the time.Although the rotating speed in turning stage is higher than the rotating speed in feeding stage far away, but bar is in rotary state all the time, in order to make clamping process not allow bar stop operating, the present invention relies on the auxiliary of roller, radially provide extruding force at bar, the bar cylinder is rolled down the auxiliary of roller by rolling friction still, thereby bar need not to stop in the feeding stage, follow-up chuck clamps, turning processing bar also need not to start from zero rotating speed, improve the working (machining) efficiency of bar, and reduced the wearing and tearing of pay-off, improved the service life of complete equipment.
Numerically controlled lathe of the present invention improves also being, is provided for detecting the position detection unit 15 of feeding situation as required.This detecting unit can be sensor or the trigger switch that detects distance, and when the perception bar has been transported to assigned address, or bar touches under the situation of trigger switch, and the drive chuck assembly clamps bar, then starts cutter and begins to process bar.
Certainly, also available other modes of some part of numerically controlled lathe replace.The unit that for example connects material also can adopt the unit that connects material of V-type notch, but selects the cartridge form that connects material among the figure under the optimal way for use, and the phenomenon of falling takes place to jump the roller that occurs processing easily because the V-type groove connects material.In addition, the executing agency of pay-off can select for use the gear ﹠ rack structure of Synchronous Transmission and other transmission mechanisms to realize action; These frame for movements or pushing mechanism are selected to be provided with as required, under the optimal way, the gear unit of the driving mechanism of pay-off of the present invention and the unit that connects material all adopts slide rail or slideway, and hydraulic cylinder, plunger and hydraulic oil supply system are realized, this is because hydraulic drive is steady, is fit to the needs of High-speed machining.。
In order to reach the numerical control purpose of processing automatically, each execution unit of numerically controlled lathe is controlled execution by numerical control program, and the flow process of numerical control program is as follows:
S1, chuck assembly unclamp, and pay-off clamping bar is by the centre bore feeding of chuck assembly;
After the detecting element perception feeding in S2, chuck assembly the place ahead put in place, pay-off unclamped bar and returns; After chuck assembly was held described bar tightly simultaneously, toolbox was finished the processing of bar end face, cylinder;
S3, toolbox begin to cut off bar, and the tube that connects material of the unit that connects material stretches out to bar;
S4, Cutting stick, the unit that connects material connects material and recalls.
After this, circulation repeats above-mentioned steps S1-S4.
Below in conjunction with accompanying drawing 1-7, highlight the unit that connects material of numerically controlled lathe, and the process of numerically controlled lathe.
At first, as shown in Figure 1, each device is in the state of initial position on the lathe, comprising the bar anchor clamps 1 that are arranged in the left side among the figure, the anchor clamps 2 that the figure right side is used for the clamping cutter.The middle part of anchor clamps 1 is provided with through hole, be used for bar from rear side A to sending into, and deliver to anchor clamps 1 right side, realize anchor clamps 2 fix a cutting tool 5,6 processing, cut-out.In addition, lathe also comprises the unit that connects material that is positioned at anchor clamps 2 opposite anchor clamps 1 one sides among the figure.This unit that connects material is included in the tube 4 that connects material that moves back and forth under the gear unit effect; And the positioning sleeve 3 that wears the tube 4 that connects material.Among Fig. 1 embodiment, the unit 16 that connects material comprises the tube that connects material, and a bottom that connects material is driven the base that moves back and forth by gear unit.
The tubular construction that the tube 4 that connects material is opened for the front and back end.Operational phase, positioning sleeve 3 is motionless, and the tube 4 that connects material is done linear reciprocation and is moved in cover.Under the optimal way, tube 4 unit that move of realizing connecting material are selected hydrostatic transmission module for use.The rear end discharging opening of tube of connecting material is provided with sloping type groove 1 (shown in Figure 1), and extends to the storing district, thereby does the position that accurately machined bar is sent to next manufacturing procedure.
The processing method of lathe is with reference to Fig. 2-step shown in Figure 5.Wherein, shown in Figure 2, turning cutting tool 5 moves to bar alignment of shafts place, and the feed arrangement (not shown) is blocked bar 9 in the left side of anchor clamps 1 pusher by cutter, thereby determines the length that bar 9 is to be processed.After this change Fig. 3 process segment over to, realize bar facing processing as shown in Figure 3, and the turning of bar cylindrical processing, realize by turning cutting tool 5.
After this change Fig. 4 stage over to, realize the rupturing operation of bar by cutting off tool 6.The tube that connects material of unit of connecting material this moment 4 is delivered to bar front end place under the gear unit effect, and the bar front end stretches in the tube hole of the tube 4 that connects material.After cutting off tool 6 cut off bar, cut-off parts fell into the tube 4 that connects material automatically.At this moment, if the tube that connects material is the setting that recedes, then the bar of Qie Duaning can slide to the rear end of tube 4 that connects material automatically, and skids off the tube that connects material, and falls into the groove that connects material.In this cut-out, under the optimal way, also can utilize cutting off tool 6 to realize the chamfering operation of bar.
At last, enter the stage of Fig. 5, Fig. 5 is same as shown in Figure 2, and difference is to connect material the bar of cut-out in the tube.At this moment, the tube that connects material is recalled, and cutter moves to alignment of shafts place, and the feed arrangement pusher is blocked bar by cutter, determines the bar extension elongation, prepares processing next time.Then, repeat the step of above-mentioned Fig. 2-Fig. 4.Non-being obliquely installed of tube if connect material, then previous cut bar ejects from the tube hole, rear end of the tube 4 that connects material under follow-up cut bar effect, falls into the finished product district or the groove that connects material, and finishes final processing.
In addition, the unit that connects material is in the bar process segment, and in order to prevent machining interference, the tube that connects material need return to state shown in Figure 6; And in the cut-out stage, the tube that connects material in the unit that connects material is in and stretches out the dress attitude.Positioning sleeve 3 is in stationary state among the figure, and its effect is intended to for the tube that connects material provides the mobile guide effect, and a positioning action that connects material; Therefore positioning sleeve also can select for use other structures to realize, for example Gu Ding runner device or the like.
Numerically controlled lathe can be finished the processing of six meters long bars automatically, reaches the purpose that realizes the lathe High-speed machining.
Specifically, at first, hold main " O " type circle method that adopts of material unit design and come the restricted quarter free degree (especially being fit to the blank material is the round bar of six meters long diameter 30-50 millimeters).The bottom is supported with " V " type seat, is the friction of round bar to " V " type seat for fear of rotation simultaneously, has increased cylindrical roller during design on the hypotenuse of " V " type seat, or the cambered surface cylindrical roller, replaces sliding friction with rolling friction.And top is adopted retractable structure and is had locking member.Mid portion at first movable rack is equipped with unsteady roller.Ralocatable mode also can be assembled spring in the sliding eye of roller bracket, the floating roller that adds the first half in man-hour is adjusted to the distance of surface lies blank round bar surface 1-2MM, this is stuck in order to prevent machinery, the feeding part can't drag, like this in that if to add the man-hour whipping too big, the roller that then floats can borrow spring force that it is cushioned, thereby makes it can cut (speed can reach more than per minute 2000 commentaries on classics) in stable rotation under the high speed.
Secondly, pay-off is improved.In order to improve the efficient of work, in feeding, though chuck unclamp, but chuck still is being in the state of low speed rotation.For addressing this problem, retained part has been installed the roller that has two groups of " V " type pieces, and two groups of " V " type pieces are the frictional force that drags round bar in order to increase, and increases roller and then be when the blank material rotates the friction to two groups of " V " type pieces.The sequence of movement of material loading process is as follows: 1 material folding partly clamps, 2 chucks unclamp, 3 feeding part feedings, 4 chucks clamp once more, 5 material foldings are partly unclamped, (above action all is to provide power by hydraulic part) partly return in 6 feedings.Because of the moment of retained part when clamping, chuck does not also unclamp, and this moment can produce very big frictions with two groups of " V " type pieces, and the roller that increases in " V " type piece is just in order to eliminate this friction.
Once more, position detection unit is set.Because of round bar send to can not be unlimited after the main shaft down give, so need the localization part of increase round bar.On saddle, increase positioner during design, because of round bar and chuck when feeding break away from but owing to inertia, the rotation that also can keep low speed, so the front end of positioner has increased rotating part (having increased by one group of thrust bearing in the inside of swivel head), with guarantee can friction positioning device at the round bar of when location rotation the surface.When the round bar contact positioning device reached rated pressure, pressure switch can send signal, and signal feedback begins to carry out down the step action to system.
At last, set up automatic material connection unit (power is provided by hydraulic pressure).According to the characteristics of lathe and bearing roller, (near a side of tailstock) increased the automatic material connection unit in the planker back.Treat cutter carry out it's time to cut off the action before, system can provide signal, tube action forward connects material, entangle workpiece, at this moment, the part major part that is about to process is entangled, meanwhile cutoff tool begins to cut off, cut off the back system and provide signal, sleeve returns to original position, and the part that process this moment has been stayed the sleeve the inside.Reciprocating action several times, after sleeve was full, then new parts can be with in the part jacking discharge chute that processes at first, until slipping into hopper.
The above; only be the preferable specific embodiment of the present invention; but protection scope of the present invention is not limited thereto; anyly be familiar with those skilled in the art in the technical scope that the present invention discloses; be equal to replacement or change according to technical scheme of the present invention and inventive concept thereof, all should be encompassed within protection scope of the present invention.
Claims (6)
1. the pay-off of a bar processing is characterized in that: comprise the supporting leg (40) of bottom and the four dispatch material rollers (36) that upper parallel is arranged;
The described feeding roller of per two rows is one group, and longitudinal separation is fixed on the seat board frame (37) of a side; And two groups of feeding rollers are over against setting; Space between four row rollers is used to hold processed bar;
Described pay-off comprises that also driving the described seat board frame in both sides closes up or launch, and the driving mechanism that moves back and forth synchronously along the described seat board frame in axial driving both sides of feeding roller (36).
2. according to the pay-off of the described bar of claim 1 processing, it is characterized in that the driving mechanism of described pay-off comprises and is used for slide rail or the slideway that execution unit moves, and hydraulic cylinder, plunger and hydraulic oil supply system.
3. according to the pay-off of the described bar processing of claim 2, it is characterized in that the described roller of every row is two row interval and interposed structures.
4. according to the pay-off of the described bar processing of claim 3, it is characterized in that described supporting leg (40) is provided with the connector on the ground that is connected.
5. according to the pay-off of the arbitrary described bar processing of claim 1-4, it is characterized in that described supporting leg (40) is with the lifting structure setting.
6. according to the pay-off of the described bar of claim 5 processing, it is characterized in that, described supporting leg (40) comprises two sections butt joint channel-section steels, and one section adjusting channel-section steel that places described butt joint channel-section steel inboard, cooperation position at described butt joint channel-section steel and adjusting channel-section steel is provided with keyway formula bolt hole, and sets bolt, nut.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009202038544U CN201586754U (en) | 2009-10-12 | 2009-10-12 | Feeding device for bar processing |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009202038544U CN201586754U (en) | 2009-10-12 | 2009-10-12 | Feeding device for bar processing |
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| Publication Number | Publication Date |
|---|---|
| CN201586754U true CN201586754U (en) | 2010-09-22 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2009202038544U Expired - Fee Related CN201586754U (en) | 2009-10-12 | 2009-10-12 | Feeding device for bar processing |
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| CN (1) | CN201586754U (en) |
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101704115B (en) * | 2009-10-12 | 2012-08-22 | 大连科德数控有限公司 | Numerical control lathe of cylindrical roller used by automatic processing bearing based on feeding device for bar work |
| CN102873224A (en) * | 2012-08-31 | 2013-01-16 | 重庆市璧山宏向汽配有限公司 | Adjustable feeding bracket of rolling bending machine |
| CN102873141A (en) * | 2012-08-31 | 2013-01-16 | 重庆市璧山宏向汽配有限公司 | Brake shoe bending machine |
| CN102873154A (en) * | 2012-08-31 | 2013-01-16 | 重庆市璧山宏向汽配有限公司 | Adjustable feeding bracket of brake shoe bending machine |
| CN104226718A (en) * | 2014-08-28 | 2014-12-24 | 安徽金庆龙机械制造有限公司 | Unloading device for cold extrusion and automatic feeding of piston pin |
| CN110181081A (en) * | 2019-07-01 | 2019-08-30 | 东莞市合鸿机械有限公司 | A kind of automatic centering drilling beveler |
-
2009
- 2009-10-12 CN CN2009202038544U patent/CN201586754U/en not_active Expired - Fee Related
Cited By (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101704115B (en) * | 2009-10-12 | 2012-08-22 | 大连科德数控有限公司 | Numerical control lathe of cylindrical roller used by automatic processing bearing based on feeding device for bar work |
| CN102873224A (en) * | 2012-08-31 | 2013-01-16 | 重庆市璧山宏向汽配有限公司 | Adjustable feeding bracket of rolling bending machine |
| CN102873141A (en) * | 2012-08-31 | 2013-01-16 | 重庆市璧山宏向汽配有限公司 | Brake shoe bending machine |
| CN102873154A (en) * | 2012-08-31 | 2013-01-16 | 重庆市璧山宏向汽配有限公司 | Adjustable feeding bracket of brake shoe bending machine |
| CN102873141B (en) * | 2012-08-31 | 2015-04-22 | 重庆市璧山宏向汽配有限公司 | Brake shoe bending machine |
| CN104226718A (en) * | 2014-08-28 | 2014-12-24 | 安徽金庆龙机械制造有限公司 | Unloading device for cold extrusion and automatic feeding of piston pin |
| CN110181081A (en) * | 2019-07-01 | 2019-08-30 | 东莞市合鸿机械有限公司 | A kind of automatic centering drilling beveler |
| CN110181081B (en) * | 2019-07-01 | 2024-02-06 | 东莞市合鸿机械有限公司 | Automatic centering drilling chamfering machine |
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