CN104097271B - Circulation oil supply system and there is the inside diameter slicer system of this circulation oil supply system - Google Patents
Circulation oil supply system and there is the inside diameter slicer system of this circulation oil supply system Download PDFInfo
- Publication number
- CN104097271B CN104097271B CN201410340840.2A CN201410340840A CN104097271B CN 104097271 B CN104097271 B CN 104097271B CN 201410340840 A CN201410340840 A CN 201410340840A CN 104097271 B CN104097271 B CN 104097271B
- Authority
- CN
- China
- Prior art keywords
- oil
- oil supply
- installing space
- cutterhead
- supply system
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Active
Links
Landscapes
- Separating Particles In Gases By Inertia (AREA)
Abstract
The invention provides a kind of oil supply system and there is the inside diameter slicer system of this circulation oil supply system of circulating, comprise the device for recovering cutting oils being communicated with to be formed the first circulation oil supply loop with cutterhead installing space successively, purifier and fueller, and be communicated with cutterhead installing space the oil mist treatment device forming the second circulation oil supply loop successively, purifier and fueller, first circulation oil supply loop is used for reclaiming, cutting oil in purification cutterhead installing space is also cutterhead installing space fuel feeding, second circulation oil supply loop is used for reclaiming, condensation, mist of oil in purification cutterhead installing space is also cutterhead installing space fuel feeding, oil mist treatment device comprises the unidirectional gas passage be communicated with cutterhead installing space, gas passage have some vertical sections with successively by horizontal segment that adjacent two vertical sections are communicated with, the condensing part with some gaps or passage or micropore is provided with in horizontal segment, the bottommost of vertical section is lower than the extreme lower position of horizontal segment, vertical section is communicated with purifier.
Description
Technical field
The present invention relates to a kind of oil supply system and there is the inside diameter slicer system of this circulation oil supply system of circulating, belong to inside diameter slicer technical field.
Background technology
For the slice processing of hard and crisp permanent-magnet material bar, complete on inside diameter slicer at present.Exactly, cut bar is positioned in the plate plane of stack components by binding agent, the stack components of inside diameter slicer realizes the location of bar, the blade of disc-shaped is arranged on the cutterhead endoporus be arranged on inside diameter slicer main shaft, blade two sides adhesion on inside diameter slicer has diamond dust, cutterhead is High Rotation Speed under the drive of main shaft, and and then drive blade High Rotation Speed, thus complete the cutting of bar.When cutting into slices operation, the blade of High Rotation Speed can produce amount of heat when cutting bar, at high temperature damage for avoiding blade and bar, now need to spray cutting oil to blade to lower the temperature, conventional cutting oil is generally the machine cut wet goods of diesel oil or allotment, is sprayed on blade or the surrounding of cutting oil when blade rotates from cutterhead that enter into cutterhead inside outwards throws away.
Carry out supplying cutting oil, the technical process reclaiming cutting oil and processing cutting oil and system to inside diameter slicer in prior art to be all separated from each other.In supply cutting oil, be generally the cutterhead adopting compression pump extremely to be rotated through Cemented filling by clean cutting oil, the blade of High Rotation Speed is cooled; In recovery cutting oil, it is generally the enclosed construction adopting hood to match with support, hood is arranged on support and forms enclosure space, the cutting oil thrown away from cutterhead is received by hood inwall, cutting oil drops on support downwards under gravity, and cutting oil is guided to above-mentioned enclosure space outside reclaims through being located at the structures such as groove on support further; In processing cutting oil, be generally communicated with above-mentioned closed structure by pipeline, by suction machine by the mist of oil sucking-off in closed structure, outwards drain into air or do other process.Although this technical scheme of the prior art can realize cutting oil supplying, recovery and mist of oil process, still have the following disadvantages:
First but when the large-scale production simultaneously of multiple inside diameter slicer, three devices realizing supply cutting oil, recovery cutting oil and process mist of oil are independent of one another, the continuous circulation that can not realize cutting oil uses, the cutting oil that recovery and mist of oil process obtain all can not automatically be supplied to cutterhead and reuse, and thus during large-scale production, efficiency is lower;
The second, directly reclaim the cutting oil obtained and usually contain a large amount of bar chip impurity, directly cannot be reused by inside diameter slicer, after the cleaning equipment process that need first use it independent obtains the Clean Cutting oil that can be used again, cutterhead is delivered to again by the equipment such as compression pump, pipeline, reduce further efficiency, reduce automatization level;
Three, oil mist treatment device of the prior art generally adopts one-level filter core and secondary filter core to carry out the impure cutting oil of filtration treatment, because the filter opening aperture of filter core is less, when the mist of oil that operation of being cut into slices by inside diameter slicer produces enters into above-mentioned oil mist separator inside from air inlet, the a large amount of impurity be blended in mist of oil can block rapidly the filter opening of one-level filter core, will cause because the filter opening on filter core is completely plugged and cannot proceed mist of oil detached job in the short time; And if adopt the larger one-level filter core in aperture and secondary filter core, the mist of oil that part is mixed with impurity can pass one-level filter core, directly enter into the cavity between one-level filter core and secondary filter core, and with the contact internal walls of cavity, deposition fraction impurity and cutting oil, after use after a while, cavity inside is easily caused to pile up more impurity and cutting oil, affect the normal operation of whole oil mist separator, and extremely difficult cleaning, the object of thoroughly removing cutting oil and impurity from mist of oil can not be reached.
Summary of the invention
Therefore, it is independent of one another that the technical problem to be solved in the present invention is to overcome inside diameter slicer cutting oil supplying, recovery and oil mist treatment device in prior art, the continuous circulation that can not realize cutting oil uses, automaticity is low and oil mist treatment device is easy to blocked technological deficiency, thus provides a kind of circulation oil supply system of can circulate fuel feeding and raising mist of oil disposal ability.
Present invention also offers a kind of inside diameter slicer system with this circulation oil supply system.
For this reason, the invention provides a kind of circulation oil supply system, comprise the device for recovering cutting oils being communicated with to be formed the first circulation oil supply loop with cutterhead installing space successively, purifier and fueller, and be communicated with described cutterhead installing space the oil mist treatment device forming the second circulation oil supply loop successively, described purifier and described fueller, described first circulation oil supply loop is used for reclaiming, the cutting oil purified in described cutterhead installing space is also cutterhead installing space fuel feeding, described second circulation oil supply loop is used for reclaiming, condensation, the mist of oil purified in described cutterhead installing space is also described cutterhead installing space fuel feeding, described oil mist treatment device comprises the unidirectional gas passage be communicated with described cutterhead installing space, described gas passage have some vertical sections with successively by horizontal segment that adjacent two vertical sections are communicated with, the condensing part with some gaps or passage or micropore is provided with in described horizontal segment, the bottommost of described vertical section is arranged lower than the extreme lower position of described horizontal segment, the bottommost of described vertical section is communicated with described purifier, described cutterhead installing space coordinates with described support the space formed by the hood be fixed on support.
Described condensing part is steel wire lump or iron wire ball.
Described horizontal segment comprises the top horizontal segment connected from the top of adjacent two described vertical sections, with the bottom level section that the bottom from adjacent another two described vertical sections is connected.
Also oil conservator is provided with between the bottommost and described purifier of described vertical section, described oil conservator to be located on antinose-dive leg and to have upper shed, the bottommost of described vertical section is provided with oil export, and the openend of described oil export is stretched into described oil conservator from described upper shed sealing and is positioned at below the liquid level of described oil conservator; Described oil conservator is also provided with the oil extraction valve cutting oil being positioned at described oil conservator being drained into described purifier.
Described gas passage is communicated with described cutterhead installing space by suction machine, so that the mist of oil in described cutterhead installing space is drawn into described gas passage.
Described suction machine is communicated with multiple described cutterhead installing space by pipeline simultaneously.
Described device for recovering cutting oils comprises the flow-guiding structure that is located at the described support top being positioned at described cutterhead installing space and is positioned at the outside and connectedness be communicated with described purifier with described flow-guiding structure respectively of described cutterhead installing space, described flow-guiding structure receives the cutting oil thrown away by described cutterhead, and by described connectedness, described cutting oil is guided to described purifier.
Described flow-guiding structure comprises water conservancy diversion elongated slot, and described water conservancy diversion elongated slot has the outlet of stretching out described cutterhead installing space, and the bottom surface of described water conservancy diversion elongated slot is towards the downward-sloping setting of described Way out; Described connectedness is communicating pipe of being connected with described outlet and described purifier respectively of two ends or connectivity slot.
Described flow-guiding structure also comprises and being connected and the inclined-plane tilted towards described water conservancy diversion elongated slot direction with described water conservancy diversion elongated slot.
Described purifier comprises the oil sump with the appearance oil space holding cutting oil, described oil sump inside is provided with several top tools demarcation strip jaggy, described oil sump is divided into several to have the independent point oil sump holding oily space by described demarcation strip, and described in several, point oil sump is communicated with the unidirectional oil circuit forming impure cutting oil described in sedimentation separation by described breach.
Be located between the described breach on adjacent two described demarcation strips and there is maximum distance.
Described fueller comprises oil feed pump and oil supply pipe, described oil feed pump is communicated with described purifier, described oil supply pipe is communicated with multiple described cutterhead installing space with described oil feed pump respectively, and described Clean Cutting oil is delivered to multiple cutterhead being positioned at described cutterhead installing space by described oil supply pipe by described oil feed pump.
Described device for recovering cutting oils comprises the protective cover that at least one that be located at described hood inside has spatial accommodation, and described protective cover holds described cutterhead by described spatial accommodation; Leakage fluid dram is provided with bottom described protective cover.
Described protective cover is enclose by front panel, rear board, top panel, lower panel, left panel and right panel the square box formed; Described front panel offers operation window, described rear board offers the rear installing port corresponding with the installing port be located on described hood, the main spindle box of described cutterhead is installed through described installing port and described rear installing port; Described leakage fluid dram, for being opened on described lower panel, is positioned at the rectangular through hole of described lower panel and described rear board joint.
Described hood comprises the rear plate offering described installing port, the header board relative with described rear plate, connect the left plate of described rear plate left end and described header board left end, connect the right panel of described rear plate right-hand member and described header board right-hand member, and lid is located at and encloses by described rear plate, left plate, header board and right panel the upper plate forming cylindrical body top open part.
A kind of inside diameter slicer system, comprises several inside diameter slicers, and is the oil supply system of inside diameter slicer fuel feeding described in several, and described oil supply system is described circulation oil supply system.
A kind of circulation oil supply system of the present invention has the following advantages:
1. circulation oil supply system of the present invention, comprise the device for recovering cutting oils being communicated with to be formed the first circulation oil supply loop with cutterhead installing space successively, purifier and fueller, and be communicated with described cutterhead installing space the oil mist treatment device forming the second circulation oil supply loop successively, described purifier and described fueller, described first circulation oil supply loop is used for reclaiming, the cutting oil purified in described cutterhead installing space is also cutterhead installing space fuel feeding, described second circulation oil supply loop is used for reclaiming, condensation, the mist of oil purified in described cutterhead installing space is also described cutterhead installing space fuel feeding, above-mentionedly be arranged so that cutting oil supplying, recovery organically combines into a system with mist of oil process, the continuous circulation that can realize cutting oil uses, and can be applied to large-scale production, improves scale, automaticity.
In addition, oil mist treatment device of the present invention comprises the unidirectional gas passage with air inlet and gas outlet, and some vertical sections and the horizontal segment successively adjacent two inside that vertical section is communicated with being provided with condensing part are set on gas passage, the bottommost of vertical section is arranged lower than the extreme lower position of horizontal segment, and is connected with purifier, after entering gas passage with the mist of oil of cutting oil and granule foreign from air inlet, flow through vertical section successively, horizontal segment, vertical section, horizontal segment because horizontal segment inside is provided with condensing part, mist of oil and condensing part making contact rear section cutting oil condense on condensing part, particulate contamination is agglomerated in that cutting oil on condensing part is bonding to be adsorbed, be left on equally on condensing part, cutting oil and accumulation of impurities can form larger oil droplet to time a certain amount of, drop onto in horizontal segment from condensing part, and flow into vertical section further, finally enter the purifier being connected to vertical section bottommost, thus can by the cutting oil in mist of oil and impurity removing.Condensing part is arranged on horizontal segment and there is special advantage, because the bottommost of vertical section is arranged lower than described horizontal segment, cutting oil after condensing and granule foreign can be dripped towards the bottom of vertical section under gravity, and can not be whole through condensing part along the setting direction of horizontal segment, even if thus after long-time use, impurity also can not block the gap of the condensing part passed through for lubricator body and oil droplet, blocking can not be produced on the sprue of mist of oil circulation, thus long continuous oil mist processing operation can be realized.
2. circulation oil supply system of the present invention, the above-mentioned horizontal segment arranging oil mist treatment device comprises the top horizontal segment connected from the top of adjacent two vertical sections, with the bottom level section that the bottom from adjacent another two vertical sections is connected, the range of mist of oil gas by unidirectional gas passage can be extended, reduce mist of oil kinetic energy, weaken the ability that mist of oil carries cutting oil and impurity, be conducive to the condensation of cutting oil and impurity, thus strengthen the disposal ability to mist of oil.
3. circulation oil supply system of the present invention, after the benefit arranging oil conservator at the bottommost of the vertical section of oil mist treatment device is that it stores certain cutting oil, be communicated with the oil export being located at vertical section bottommost, because the openend of oil export is positioned at below liquid level, thus can ensure to receive the cutting oil flowed out by vertical section downwards under oil export seals gastight situation, thus ensureing that the cutting oil in mist of oil treatment system is continued to discharge, mist of oil treatment system is able to continuous firing; In addition, the cutting oil in oil conservator can be drained into cleaning system by the oil extraction valve be located on oil conservator, and the cutting oil through cleaning system purification can reuse, thus is convenient to realize recycling of cutting oil.
4. circulation oil supply system of the present invention, mist of oil treatment system is set and passes through suction machine, and be communicated with the cutterhead installing space of multiple inside diameter slicer further by pipeline simultaneously, carry out concentrating the unified process of suction to mist of oil, the efficiency of oil mist treatment device process mist of oil in the present invention can be made greatly to promote, and do not need, for each inside diameter slicer is equipped with separately an oil fog processor structure, thus can reduce equipment cost and cost of labor.
5. circulation oil supply system of the present invention, arrange device for recovering cutting oils comprise the flow-guiding structure that is located at the support top being positioned at cutterhead installing space and be positioned at cutterhead installing space outside and respectively with the connectedness of flow-guiding structure and purifier fluid connection, flow-guiding structure receives the cutting oil that thrown away by cutterhead and is guided to the connectedness being positioned at cutterhead installing space outside, and is guided to purifier further; When being positioned at the cutterhead rotation of cutterhead installing space inside, the cutting oil being supplied to cutterhead is thrown away to surrounding by cutterhead, cutting oil arrives support top under gravity, the cutting oil arriving support top can be guided to cutterhead installing space outside by the setting of above-mentioned flow-guiding structure, and is delivered to purifier purification by connectedness.
6. circulation oil supply system of the present invention, flow-guiding structure is set and comprises the water conservancy diversion elongated slot be located in cutterhead installing space, water conservancy diversion elongated slot has the outlet of stretching out cutterhead installing space, the described connectedness communicating pipe that to be two ends be connected with described purifier respectively at described outlet or connectivity slot, the setting of water conservancy diversion elongated slot is convenient to receive and is discharged cutting oil, and structure is simple, it is convenient to reclaim; Further, the bottom surface that water conservancy diversion elongated slot can be set towards the downward-sloping setting of described Way out, be convenient to like this by the cutting oil at support top discharge more thorough.
7. circulation oil supply system of the present invention, above-mentioned flow-guiding structure also comprise be located at cutterhead installing space inner, be connected with above-mentioned water conservancy diversion elongated slot, and towards the inclined-plane of water conservancy diversion elongated slot direction inclination.Dropped under gravity on inclined-plane by the cutting oil that cutterhead throws away, the incline direction along inclined-plane flow to water conservancy diversion elongated slot and discharges further.Thus the setting on inclined-plane not only can improve the organic efficiency of cutting oil, can also at utmost reduce the cutting oil being trapped in confined space inside, improve cutterhead working environment, makes confined space inside more clean.
8. circulation oil supply system of the present invention, purifier is set and comprises the oil sump with the appearance oil space holding above-mentioned impure cutting oil, oil sump inside is provided with several top tools demarcation strip jaggy, oil sump is divided into several to have the independent point oil sump holding oily space by demarcation strip, several point of oil sump is communicated with the unidirectional oil circuit forming the above-mentioned impure cutting oil of sedimentation separation by above-mentioned breach, impure cutting oil is in the process along above-mentioned unidirectional oil circuit flowing, impurity sinks under gravity, because breach is located at demarcation strip top, only be positioned at the cutting oil top of a point of oil sump inside and the cutting oil with less impurity can flow into next point of oil sump from breach, thus make cutting oil enter into the process of next point oil sump from a point of oil sump, impurity is able to sedimentation step by step, and the Clean Cutting finally obtaining directly reusing is oily.Use the mode of sedimentation step by step to be removed by bar impurity sedimentation heavier in cutting oil, do not consume the energy, environmental protection.Arranging between the breach on adjacent two demarcation strips and have maximum distance, is the unidirectional oil circuit in order to more be grown, thus when impure cutting oil flows through along unidirectional oil circuit, extend the impurity sedimentation time, oil circuit is longer, more easily obtains Clean Cutting oil.
9. circulation oil supply system of the present invention, above-mentioned fueller is set and comprises oil feed pump and oil supply pipe, oil feed pump is communicated with purifier, oil supply pipe is communicated with multiple cutterhead installing space with oil feed pump respectively, and Clean Cutting oil is delivered to multiple cutterhead being positioned at cutterhead installing space by oil supply pipe by oil feed pump.Oil feed pump is reused purifying the oily cutterhead be again delivered in cutterhead installing space by oil supply pipe of the Clean Cutting obtained through purifier, form recycling of whole cutting oil, the automaticity of whole circulation oil supply system and scale disposal ability are all improved.
10. circulation oil supply system of the present invention, be also fixed with in cutterhead installing space inside the protective cover that at least one has spatial accommodation, protective cover holds cutterhead by spatial accommodation; Leakage fluid dram is provided with bottom protective cover.Arrange the significant of the protective cover for holding cutterhead in cutterhead installing space inside, if do not arrange protective cover, the cutting oil outwards thrown away from cutterhead can arrive hood inwall and a large amount of attachment, accumulates to time a certain amount of, can drippage or landing downwards frequently.When inside diameter slicer does section work, owing to whole hood inwall being attached with the cutting oil frequently dripped in a large number, when the complete workman that cuts into slices open the door be located on hood sidewall go operation flitch seat etc. to be positioned at the equipment of hood inside time, first the cutting oil frequently dripped from hood top can impact the operation of workman, cause inefficiency, secondly workman's close contact is to a large amount of cutting oil, cause a large amount of suction, to healthy very unfavorable, again when hood inside is provided with multiple cutterhead simultaneously, the cutting oil that multiple cutterhead throws away can influence each other, cutting oil four is loose to splash, hood cleaning inside degree extreme difference.After protective cover is set, the cutting oil thrown away from cutterhead is stopped by protective cover inwall and receives, cutting oil drains into support top along the downward landing of protective cover inwall downwards through the leakage fluid dram be located at bottom protective cover, thus the cutting oil quantity be attached on hood inwall is greatly reduced, the phenomenon that cutting oil drips downwards from hood top alleviates greatly, no longer affect operative, be conducive to promoting operating efficiency; And after cutting oil is retained by protective cover in a large number, workman's close contact reduces greatly to the amount of cutting oil, is conducive to surfaceman healthy; Each cutterhead is all by after a protective cover parcel, and the interactional phenomenon of multiple cutterhead disappears, and the clean environment degree of hood inside promotes greatly.
11. circulation oil supply systems of the present invention, arranging above-mentioned protective cover is enclose by front panel, rear board, top panel, lower panel, left panel and right panel the square box formed; Front panel offers operation window, rear board offers the rear installing port corresponding with the installing port be located on hood, the main spindle box of cutterhead is installed through installing port and rear installing port; Leakage fluid dram, for being opened on described lower panel, is positioned at the rectangular through hole of lower panel and described rear board joint; Leakage fluid dram is located at lower panel and rear board joint, cutting oil easierly can be flowed out from protective cover inside under the guide functions of plate below, and discharge more thorough.
It should be noted that, " bottommost of vertical section " of the present invention should do the most wide in range understanding, the i.e. bottom be connected with described oil conservator of vertical section, as long as ensure that the setting position of the bottom be connected with oil conservator of vertical section is arranged lower than horizontal segment can ensure that mist of oil is condensed after part condensation and can flow into vertical section, a stepping of going forward side by side enters oil conservator.
In addition, the vertical section described in invention refers to that pipeline section itself is substantially straight and along substantially vertical directional spreding, comprises the situation that pipeline section is completely vertical with horizontal plane, also comprises pipeline section not exclusively vertical with horizontal plane and have the situation being less than 30 degree of inclination angles.
Horizontal segment of the present invention refers to that pipeline section itself is substantially straight and along the directional spreding being basically parallel to horizontal plane, comprises pipeline section and the completely parallel situation of horizontal plane, also comprises the situation that pipeline section and horizontal plane have the inclination angle being less than 15 degree.
Accompanying drawing explanation
Fig. 1 is the floor map of oil supply system of circulating in embodiment 1.
Fig. 2 is the stereogram when hood of inside diameter slicer is in open mode in Fig. 1.
Fig. 3 is the perspective view of inside diameter slicer support in Fig. 1.
Fig. 4 is another three-dimensional view of Fig. 3.
Fig. 5 is the overall structure schematic diagram of oil mist treatment device in Fig. 1.
Fig. 6 be in Fig. 5 antinose-dive leg be connected with oil conservator after perspective view.
Fig. 7 is the perspective view of gas passage in Fig. 5.
Fig. 8 is the top view of Fig. 7.
Fig. 9 is another three-dimensional view of Fig. 7.
Figure 10 is hood in embodiment 2 stereogram when being in closed condition.
Figure 11 is another three-dimensional view of Figure 10.
Figure 12 is the perspective view of protective cover.
Figure 13 is another three-dimensional view of Figure 12.
Figure 14 is hood in Figure 10 cross-sectional perspective view when being in open mode.
Figure 15 is the structure enlarged diagram of part A in Figure 14.
In figure: 1-antinose-dive leg, 11-oil export, 2-gas passage, 201-first is section vertically, 202-second is section vertically, the vertical section of 203-the 3rd, the vertical section of 204-the 4th, the vertical section of 205-the 5th, 21-air inlet, 22-gas outlet, the vertical section of 23-, 24-horizontal segment, 210 first horizontal segments, 220-second horizontal segment, 230-the 3rd horizontal segment, 240-the 4th horizontal segment, 3-oil conservator, 31-upper shed, 32-oil extraction valve, 41-bis-pass joint, 42-three-way connection, 5-motor, 6-suction machine;
01-oil feed pump, 02-oil supply pipe, 03-pipeline, 04-oil sump, 05-breach, 06-demarcation strip, 07-divides oil sump, 08-inside diameter slicer, 09-connectedness, 10-support, 101-water conservancy diversion elongated slot, and 102-exports, 103-inclined-plane;
A1-hood, plate after a11-, a12-header board, the left plate of a13-, a14-right panel, a15-upper plate; A2-installing port; A3-protective cover, a31-front panel, a311-operation window, a32-rear board, installing port after a321-, a33-leakage fluid dram, a34-top panel, a35-lower panel, a36-left panel, a37-right panel, a38-fuel feed pump installing hole, a39-fuel feed pump keeper; A7-first gland, a70-the 4th annular mounting groove, a71-first annular mounting groove, a72-first elastic seal ring, a73-second gland, a74-the 3rd annular mounting groove, a75-the 3rd elastic seal ring, a76-second annular mounting groove, a77-first trim ring, a78-second elastic seal ring, a79-the 4th elastic seal ring; A8-glass window mouth, a81-alarm lamp, a83-mist of oil pump orifice, a84-observation lamp installing port, a9-handle.
Detailed description of the invention
Below in conjunction with accompanying drawing, a kind of circulation oil supply system provided by the invention is described in further detail.
embodiment 1
The present embodiment provides a kind of circulation oil supply system, as Figure 1-4, comprise the device for recovering cutting oils being communicated with to be formed the first circulation oil supply loop with cutterhead installing space successively, purifier and fueller, and be communicated with above-mentioned cutterhead installing space the oil mist treatment device forming the second circulation oil supply loop successively, purifier and fueller, above-mentioned first circulation oil supply loop is used for reclaiming, cutting oil in purification cutterhead installing space is also cutterhead installing space fuel feeding, above-mentioned second circulation oil supply loop is used for reclaiming, condensation, mist of oil in purification cutterhead installing space is also cutterhead installing space fuel feeding.Above-mentionedly be arranged so that cutting oil supplying, recovery organically combines into a system with mist of oil process, thus the continuous circulation that can realize cutting oil uses, and is conducive to being applied to large-scale production, improves automaticity.
Above-mentioned cutterhead installing space is by being fixed on inside diameter slicer 08 support 10(as shown in Figure 3 and Figure 4) on hood a1(as shown in Figure 2) coordinate with support 10 space formed.
Wherein oil mist treatment device, as shown in figures 5-9, comprise the unidirectional gas passage 2 be communicated with cutterhead installing space, gas passage 2 have some vertical sections 23 with successively by horizontal segment 24 that adjacent two vertical sections 23 are communicated with, the condensing part with some gaps or passage or micropore is provided with in horizontal segment 24, the bottommost of vertical section 23 is arranged lower than the extreme lower position of horizontal segment 24, and the bottommost of vertical section 23 is communicated with purifier.After entering gas passage with the mist of oil of cutting oil and granule foreign from air inlet 21, flow through vertical section 23 successively, horizontal segment 24, vertical section 23, horizontal segment 24 because horizontal segment 24 inside is provided with condensing part, mist of oil and condensing part making contact rear section cutting oil condense on condensing part, particulate contamination is agglomerated in that cutting oil on condensing part is bonding to be adsorbed, be left on equally on condensing part, cutting oil and accumulation of impurities can form larger oil droplet to time a certain amount of, drop onto in horizontal segment 24 from condensing part, and flow vertical section 23 further, finally enter the purifier being connected to vertical section 23 bottommost, thus can by the cutting oil in mist of oil and impurity removing.
Above-mentioned condensing part is steel wire lump or iron wire ball, after steel wire lump or iron wire ball are tucked into horizontal segment 24, there is the larger gap for the circulation of lubricator body, not easily because of impurity and cutting oil condensation and block, and steel wire lump or iron wire ball can the paths of forcibly changing mist of oil gas, make it pass through in the pahtfinder hard formed by steel wire lump or iron wire ball, increase the probability of mist of oil collision iron wire ball or steel wire lump, thus most cutting oil and granule foreign are removed from mist of oil.
Concrete, in the present embodiment, as Fig. 7, shown in Fig. 8 and Fig. 9, described vertical section 23 is 5, be respectively the first vertical section 201, second vertical section 202, 3rd vertical section 203, 4th vertical section 204 and the 5th vertical section 205, described horizontal segment 24 is 4, be respectively the first horizontal segment 210, second horizontal segment 220, 3rd horizontal segment 230 and the 4th horizontal segment 240, the top of the described first vertical section 201 is described air inlet 21, the bottom of the described first vertical section 201 is connected by three-way connection 42 with the two ends of described first horizontal segment 210 respectively with the bottom of the described second vertical section 202, the top of the described second vertical section 202 is connected by two pass joints 41 with the two ends of the second horizontal segment 220 respectively with the top of the described 3rd vertical section 203, the bottom of the described 3rd vertical section 203 is connected by described three-way connection 42 with the two ends of described 3rd horizontal segment 230 respectively with the bottom of the described 4th vertical section 204, the top of the described 4th vertical section 204 or middle part are connected by described three-way connection 42 with the two ends of described 4th horizontal segment 240 respectively with the middle part of the described 5th vertical section 205, the top of the described 5th vertical section 205 is described gas outlet 22.Described 5th vertical section 205 to be positioned at by the vertical section 202 of the described first vertical section 201, second, the 3rd vertical section 203 and the 4th vertical section 204 surround the middle part in space.
Arrange that vertical section 23 is 5, horizontal segment 24 is 4, and be cascaded by two pass joints 41 and three-way connection 42, gas passage 2 gas circuit length when taking less space is increased greatly, and by mist of oil successively by 4 sub-level sections 24, thus form 4 grades of condensation separation, by the most cutting oil in mist of oil and magazins' layout out, the gas of discharging from gas outlet substantially not containing cutting oil, thus avoids environmental pollution and potential safety hazard.Further, the 5th vertical section 205 is located at the middle part being surrounded space by the vertical section 202 of the first vertical section 201, second, the 3rd vertical section 203 and the 4th vertical section 204, space hold can be reduced further.
Improve as to the one of the present embodiment, as shown in Figure 7, horizontal segment 24 can also be set and comprise the top horizontal segment connected from the top of adjacent two vertical sections 23, with the bottom level section that the bottom from adjacent another two vertical sections 23 is connected.More than arrange and can extend the range of mist of oil gas by unidirectional gas passage 2, reduce mist of oil kinetic energy, weaken the ability that mist of oil carries cutting oil and impurity, be conducive to the condensation of cutting oil and impurity, thus strengthen the disposal ability to mist of oil.
As shown in Figure 5 and Figure 6, oil conservator 3 is also provided with between the bottommost and purifier of vertical section 23, oil conservator 3 to be located on antinose-dive leg 1 and to have some upper sheds 31, the bottommost of vertical section 23 is provided with oil export 11, and the openend of oil export 11 is stretched into oil conservator 3 from upper shed 31 sealing and is positioned at below the liquid level of oil conservator 3; Oil conservator 3 is also provided with the oil extraction valve 32 cutting oil being positioned at oil conservator 3 being drained into purifier.After the benefit arranging oil conservator 3 is that it stores certain cutting oil, be communicated with the oil export 11 being located at vertical section 23 bottommost, because the openend of oil export 11 is positioned at below liquid level, thus can ensure to receive the cutting oil flowed out by vertical section 23 downwards under oil export 11 seals gastight situation, thus ensureing that the cutting oil in mist of oil treatment system is continued to discharge, mist of oil treatment system is able to continuous firing; In addition, the cutting oil in oil conservator 3 and impurity can be drained into cleaning system by the oil extraction valve 32 be located on oil conservator 3, and the cutting oil through cleaning system purification can reuse, thus is convenient to realize recycling of cutting oil.
As shown in Fig. 1, Fig. 7, Fig. 8 and Fig. 9, oil mist treatment device is communicated with above-mentioned cutterhead installing space by suction machine 6, so that the mist of oil in described cutterhead installing space is drawn into described gas passage 2.
In fact, as shown in Figure 1, oil mist treatment device of the present invention is communicated with multiple cutterhead installing space by pipeline 03 simultaneously.Suction machine 6 concentrates the unified process of suction to the cutterhead installing space in multiple inside diameter slicer 08 under the drive of motor 5, can greatly promote mist of oil treatment effeciency, and be equipped with oil fog processor structure separately without the need to each inside diameter slicer 08, be conducive to saving equipment cost and cost of labor.
It should be noted that, vertical section 23 alleged by invention refers to that pipeline section itself is substantially straight and along substantially vertical directional spreding, comprise the situation that pipeline section is completely vertical with horizontal plane, also comprise pipeline section and horizontal plane not exclusively vertical and have with vertical direction the situation being less than 30 degree of inclination angles.The angle of such as pipeline section and vertical direction is the vertical section that the situation of 1 °, 2 °, 3 °, 4 °, 5 °, 10 °, 15 °, 20 °, 25 °, 30 ° etc. is indication of the present invention.
Horizontal segment 24 of the present invention refers to that pipeline section itself is substantially straight and along the directional spreding being basically parallel to horizontal plane, comprises pipeline section and the completely parallel situation of horizontal plane, also comprises the situation that pipeline section and horizontal plane have the inclination angle being less than 15 degree.The angle of such as pipeline section itself and horizontal direction is the horizontal segment that the situation of 1 °, 2 °, 3 °, 4 °, 5 °, 10 °, 15 ° etc. is indication of the present invention.
Wherein device for recovering cutting oils, as shown in Figure 3 and Figure 4, comprises the flow-guiding structure that is located at support 10 top being positioned at cutterhead installing space and is positioned at the outside and connectedness 09 be communicated with purifier with above-mentioned flow-guiding structure respectively of cutterhead installing space.Flow-guiding structure receives the cutting oil thrown away by cutterhead, and by connectedness 09, cutting oil is guided to purifier.
Specifically in the present embodiment, as shown in Figure 3 and Figure 4, above-mentioned flow-guiding structure comprises water conservancy diversion elongated slot 101, and water conservancy diversion elongated slot 101 has the outlet 102 of stretching out above-mentioned cutterhead installing space, and the bottom surface of water conservancy diversion elongated slot 101 is towards the downward-sloping setting in described outlet 102 direction; Above-mentioned connectedness 09 is communicating pipe of being connected with outlet 102 and purifier respectively of two ends or connectivity slot.The setting of water conservancy diversion elongated slot 101 is convenient to receive and is discharged cutting oil, and structure is simple, and it is convenient to reclaim; The bottom surface of water conservancy diversion elongated slot 101 is downward-sloping towards described outlet 102 direction, be convenient to by cutting oil discharge more thorough.
Improve as one, above-mentioned flow-guiding structure also comprises the inclined-plane 103 being located at support 10 top, and inclined-plane 103 is connected with water conservancy diversion elongated slot 101 and direction towards water conservancy diversion elongated slot 101 tilts.Dropped on inclined-plane 103 under gravity by the cutting oil that cutterhead throws away, the incline direction along inclined-plane 103 flow to water conservancy diversion elongated slot 101 and discharges further.Thus the setting on inclined-plane 103 not only can improve the organic efficiency of cutting oil, can also at utmost reduce the cutting oil being trapped in confined space inside, improve cutterhead working environment, makes confined space inside more clean.
Wherein purifier, as shown in Figure 1, comprise the oil sump 04 with the appearance oil space holding cutting oil, oil sump 04 inside is provided with the demarcation strip 06 that several tops have breach 05, oil sump 04 is divided into several to have the independent point oil sump 07 holding oily space by demarcation strip 06, and several point of oil sump 07 is communicated with the unidirectional oil circuit forming the impure cutting oil of sedimentation separation by breach 05.Through above-mentioned device for recovering cutting oils reclaim obtain and/or impure cutting oil that oil mist treatment device process obtains in the process along above-mentioned unidirectional oil circuit flowing, impurity sinks under gravity, because breach 05 is located at demarcation strip 06 top, therefore the cutting oil top of a point of oil sump 07 inside is only positioned at and the cutting oil with less impurity can flow into next point of oil sump 07 from breach 05, thus make cutting oil enter into the process of next point oil sump 07 from a point of oil sump 07, impurity is able to sedimentation step by step, and the Clean Cutting finally obtaining directly reusing is oily.Use the mode of sedimentation step by step to be removed by bar impurity sedimentation heavier in cutting oil, do not consume the energy, environmental protection.
Improve as to the one of the present embodiment, can also arrange between the breach 05 that is located on adjacent two demarcation strips 06 and there is maximum distance.Arranging between the breach 05 on adjacent two demarcation strips 06 and have maximum distance, is the unidirectional oil circuit in order to more be grown, thus when impure cutting oil flows through along unidirectional oil circuit, extend the impurity sedimentation time, oil circuit is longer, more easily obtains Clean Cutting oil.At this, the distance being meant to be located between the breach 05 in two adjacent separator plates 06 of maximum distance is the longest, and time as parallel in two adjacent demarcation strips 06, the breach 05 be located at respectively on these two demarcation strips 06 is diagonal positions.
Wherein fueller, as shown in Figure 1, comprise oil feed pump 01 and oil supply pipe 02, oil feed pump 01 is communicated with purifier, oil supply pipe 02 is communicated with the cutterhead installing space of oil feed pump 01 with multiple inside diameter slicer 08 respectively, and Clean Cutting oil is delivered to multiple cutterhead being positioned at cutterhead installing space by oil supply pipe 02 by oil feed pump 01.
Embodiment 2
The present embodiment provides a kind of circulation oil supply system, it is the improvement on embodiment 1 basis, the improvement to device for recovering cutting oils specifically, as shown in fig. 10-15, arrange in hood a1 inside the protective cover a3 that at least one has spatial accommodation, protective cover a3 holds cutterhead by above-mentioned spatial accommodation; Leakage fluid dram a33 is provided with bottom protective cover a3.
As shown in figs. 12-15, protective cover a3 encloses by front panel a31, rear board a32, top panel a34, lower panel a35, left panel a36 and right panel a37 the square box formed; Front panel a31 offers operation window a311, rear board a32 offers the rear installing port a321 corresponding with the installing port a2 be located on hood a1, the main spindle box of cutterhead is installed through installing port a2 and rear installing port a321; Leakage fluid dram a33, for being opened on described lower panel a35, is positioned at the rectangular through hole of lower panel a35 and rear board a32 joint.
After protective cover a3 is set, the cutting oil thrown away from cutterhead is stopped by protective cover a3 inwall and receives, cutting oil is along the downward landing of protective cover a3 inwall and drain into support 10 top downwards through the leakage fluid dram a33 be located at bottom protective cover a3, thus the cutting oil quantity be attached on hood a1 inwall can be reduced, improve the efficiency that device for recovering cutting oils reclaims cutting oil.After being attached to the cutting oil quantity minimizing at hood a1 top, the phenomenon that cutting oil drips downwards alleviates greatly, no longer affects operative, is conducive to promoting work task efficiency; After a large amount of cutting oil is retained by protective cover a3, workman's close contact greatly reduces to the amount of cutting oil, is conducive to surfaceman healthy; After each cutterhead is all wrapped up by a protective cover a3, the interactional phenomenon of multiple cutterhead disappears, and the clean environment degree of hood a1 inside promotes greatly.In addition, after arranging protective cover a3, the mist of oil quantity that hood a1 inside produces also reduces to some extent, thus can also reduce the pressure of oil mist treatment device process mist of oil.
As shown in figure 14, described leakage fluid dram a33 for being opened on described lower panel a35, and is positioned at described lower panel a35 and described rear board a32 joint.Cutting oil can easierly flow out from protective cover a3 inside under the guide functions of plate a32 below, and discharges more thorough.In practice, the shape of leakage fluid dram a33 itself can have varied, it can be a rectangular through hole of continuous print, also can be that multiple disconnected through hole cooperatively interacts, through hole also can be arranged to as circle, oval or other are irregularly shaped, as long as the cutting oil lodging in protective cover a3 inside can be discharged, all can adopt to realize goal of the invention.
As shown in Figure 10 and Figure 11, above-mentioned hood a1 comprises the rear plate a11 offering installing port a2, the header board a12 relative with rear plate a11, the left plate a13 of plate a11 left end and header board a12 left end after connecting, the right panel a14 of plate a11 right-hand member and header board a12 right-hand member after connecting, and lid is located at and encloses by rear plate a11, left plate a13, header board a12 and right panel a14 the upper plate a15 forming cylindrical body top open part.
Protective cover a3 is fixed on hood a1 by sealing fixture, as shown in Figure 14 and Figure 15: sealing fixture comprises that to be positioned at protective cover a3 inner, arrange around above-mentioned installing port a321 and on the end face towards rear board a32 one end, be provided with the first gland a7 of the first annular mounting groove a71, to be fit in above-mentioned first annular mounting groove a71 and part protrudes from the first elastic seal ring a72 of above-mentioned first gland a71 end face, be located at some first through holes on the first gland, the corresponding third through-hole being located at some second through holes on rear board a32 and being located on hood a1, and some second screwed holes be positioned on the second gland a73 of described hood a1 outside, through the first through hole, second through hole, the first bolt that third through-hole and the second screwed hole are connected.The rear board a32 of the first gland a71 and protective cover a3 extrudes the first elastic seal ring a72 simultaneously, can eliminate the assemblage gap between the first gland a71 and the rear board a32 of protective cover a3, prevent cutting oil excessive.
Above-mentioned sealing fixture can also be comprise being positioned at protective cover a3 inside, arrange around above-mentioned installing port a321 and on the end face towards rear board a32 one end, be provided with the first gland a7 of the first annular mounting groove a71, to be fit in above-mentioned first annular mounting groove a71 and part protrudes from the first elastic seal ring a72 of above-mentioned first gland a71 end face, be located at some first through holes on the first gland, corresponding the first screwed hole being located at some second through holes on rear board a32 and being located on hood a1, and through the first through hole, the first bolt that second through hole and the first screwed hole are connected.Foregoing invention object can be realized equally.
In addition, as shown in figure 15, annular stepped structure is also provided with in the middle of the first gland a7, annular stepped structure fixedly mounts the first trim ring a77, the second annular mounting groove a76 of installation second elastic seal ring a78 is formed between the annular stepped structure of the first trim ring a77 and the first gland a7, second annular mounting groove a76 opening, towards the described first gland a7 center of circle, has the part protruded to the first direction, the gland a7 center of circle after the second elastic seal ring a78 is fit into the second annular mounting groove a76.The part that second elastic seal ring a78 is mounted across from installing port a2 by main spindle box and above-mentioned second annular mounting groove a76 extrude rear distortion simultaneously, thus the sealing realizing main spindle box and installing port a2 is installed, prevent cutting oil excessive from the installing port a2 position of protective cover a3.
Similar, as shown in figure 15, second gland a73 is provided with the three annular mounting groove a74 of opening towards rear board a32,3rd elastic seal ring a75 is installed in the 3rd annular mounting groove a74,3rd elastic seal ring a75 protrudes from the 3rd annular mounting groove a74, distortion after 3rd elastic seal ring a75 is extruded by the 3rd annular mounting groove a74 and hood a1, seals up the installation gap between the second gland a73 and hood a1, prevents cutting oil seepage.
Second gland a73 is also provided with the 4th annular mounting groove a70 in the opening up second gland a73 center of circle, 4th elastic seal ring a79 is installed in the 4th annular mounting groove a70,4th elastic seal ring a79 protrudes from the 4th annular mounting groove a70 to the direction in the second gland a73 center of circle, 4th elastic seal ring a79 extrudes rear distortion by the 4th annular mounting groove a70 with from the main spindle box part that installing port a2 installs simultaneously, the sealing realizing main spindle box and installing port fixedly mounts, further enhancing sealing property, prevents the cutting oil being positioned at protective cover a3 inside excessive.
In addition, as shown in figure 11, rear plate a11 also offers mist of oil pump orifice a83, mist of oil pump orifice a83 is suitable for being connected with extraneous suction machine, the cutting oil of vaporizing after chance high temperature outwards can be aspirated away from mist of oil pump orifice a83, thus keep the clean of hood hood a1 inside, at utmost reduce the cutting oil attachment on hood hood a1 inwall.Rear plate a11 is also provided with alarm lamp a81, and it is connected with automation operating system, and after section, automatic alarm signal, is convenient to workman and follows up at any time, is conducive to workman and controls multiple inside diameter slicer simultaneously and carry out section work simultaneously.Right panel a14 also offers observation lamp installing port a84, is convenient to observation lamp is installed, be convenient to when inside diameter slicer works observe.Hood a1 sidewall is also provided with door able to turn on or off, door is provided with the handle a9 being convenient to push-and-pull.
Finally, as shown in figure 11, rear plate a11 also offers several fuel feed pump installing holes a38, the oil supply pipe 02 be connected with the oil feed pump 01 of fueller enters cutterhead installing space, to cutterhead fuel feeding through fuel feed pump installing hole a38.Further, protective cover a3 is provided with the fuel feed pump keeper a39 with through hole, oil supply pipe 02 is positioned on protective cover a3 through the through hole of fuel feed pump keeper a39, convenient to the cutterhead fuel feeding being positioned at protective cover a3 inside.The position of fuel feed pump installing hole a38 is arranged higher than the position of installing port a2.The benefit of such design is: it is cutterhead fuel feeding that the oil supply pipe 02 of input cutting oil is entered in cutterhead installing space by the above-mentioned fuel feed pump installing hole a38 be located at after hood a1, the layout optimization of oil pipe on hood hood a1 can be made, when workman is from hood hood a1 front portion operation inside diameter slicer, do not observe oil inlet pipe, whole machine outward appearance is spick-and-span; The position of fuel feed pump installing hole a38 is arranged higher than the position of installing port a2 and can reduce liquid cutting oil impact that it is subject to downward landing, reduce seal request, the position being fit into described oil pipe installing hole a38 is provided with external screw thread, inside and outside hood a1, nut and rubber blanket are set respectively, nut screws and extrude rubber blanket together with rear plate a11 on above-mentioned external screw thread, can seal request be met, prevent cutting oil excessive.
embodiment 3
The present embodiment provides a kind of inside diameter slicer system, comprises several inside diameter slicers 08, and is the oil supply system of several inside diameter slicer 08 fuel feeding above-mentioned, and wherein oil supply system is the circulation oil supply system described in above-described embodiment 2 or embodiment 3.
Obviously, above-described embodiment is only for clearly example being described, and the restriction not to embodiment.For those of ordinary skill in the field, can also make other changes in different forms on the basis of the above description.Here exhaustive without the need to also giving all embodiments.And thus the apparent change of extending out or variation be still among the protection domain of the invention.
Claims (11)
1. a circulation oil supply system, comprise the device for recovering cutting oils being communicated with to be formed the first circulation oil supply loop with cutterhead installing space successively, purifier and fueller, and be communicated with described cutterhead installing space the oil mist treatment device forming the second circulation oil supply loop successively, described purifier and described fueller, described first circulation oil supply loop is used for reclaiming, the cutting oil purified in described cutterhead installing space is also cutterhead installing space fuel feeding, described second circulation oil supply loop is used for reclaiming, condensation, the mist of oil purified in described cutterhead installing space is also described cutterhead installing space fuel feeding, it is characterized in that: described oil mist treatment device comprises the unidirectional gas passage (2) be communicated with described cutterhead installing space, described gas passage (2) have some vertical sections (23) with successively by horizontal segment (24) that adjacent two vertical sections (23) are communicated with, the condensing part with some gaps or passage or micropore is provided with in described horizontal segment (24), the bottommost of described vertical section (23) is arranged lower than the extreme lower position of described horizontal segment (24), the bottommost of described vertical section (23) is communicated with described purifier,
Described cutterhead installing space coordinates with described support (10) space formed by the hood (a1) be fixed on support (10).
2. circulation oil supply system according to claim 1, it is characterized in that: described horizontal segment (24) comprises the top horizontal segment connected from the top of adjacent two described vertical sections (23), with the bottom level section that the bottom from adjacent another two described vertical sections (23) is connected.
3. circulation oil supply system according to claim 2, it is characterized in that: between the bottommost and described purifier of described vertical section (23), be also provided with oil conservator (3), described oil conservator (3) is located at antinose-dive leg (1) and goes up and have upper shed (31), the bottommost of described vertical section (23) is provided with oil export (11), and the openend of described oil export (11) is stretched into described oil conservator (3) from described upper shed (31) sealing and is positioned at below the liquid level of described oil conservator (3); Described oil conservator (3) is also provided with the oil extraction valve (32) cutting oil being positioned at described oil conservator (3) being drained into described purifier.
4. circulation oil supply system according to claim 1, is characterized in that: described gas passage (2) is communicated with described cutterhead installing space by suction machine (6), so that the mist of oil in described cutterhead installing space is drawn into described gas passage (2).
5. circulation oil supply system according to claim 4, is characterized in that: described suction machine (6) is communicated with multiple described cutterhead installing space by pipeline (03) simultaneously.
6. circulation oil supply system according to claim 1, it is characterized in that: described device for recovering cutting oils comprises the flow-guiding structure that is located at described support (10) top being positioned at described cutterhead installing space and is positioned at the outside and connectedness (09) be communicated with described purifier with described flow-guiding structure respectively of described cutterhead installing space, described flow-guiding structure receives the cutting oil thrown away by described cutterhead, and by described connectedness (09), described cutting oil is guided to described purifier.
7. circulation oil supply system according to claim 6, it is characterized in that: described flow-guiding structure comprises water conservancy diversion elongated slot (101), described water conservancy diversion elongated slot (101) has the outlet (102) of stretching out described cutterhead installing space, and the bottom surface of described water conservancy diversion elongated slot (101) is towards the downward-sloping setting in described outlet (102) direction; The communicating pipe that described connectedness (09) is connected with described outlet (102) and described purifier respectively for two ends or connectivity slot.
8. circulation oil supply system according to claim 7, is characterized in that: described flow-guiding structure also comprises and being connected and the inclined-plane (103) tilted towards described water conservancy diversion elongated slot (101) direction with described water conservancy diversion elongated slot (101).
9. the circulation oil supply system according to any one of claim 1-8, it is characterized in that: described purifier comprises the oil sump (04) with the appearance oil space holding cutting oil, described oil sump (04) inside is provided with the demarcation strip (06) that several tops have breach (05), described oil sump (04) is divided into several to have the independent point oil sump (07) holding oily space by described demarcation strip (06), and described in several, point oil sump (07) is communicated with the unidirectional oil circuit forming the impure cutting oil of sedimentation separation by described breach (05).
10. circulation oil supply system according to claim 9, is characterized in that: be located between the described breach (05) on adjacent two described demarcation strips (06) and have maximum distance.
11. 1 kinds of inside diameter slicer systems, comprise several inside diameter slicers (08), and be the oil supply system of inside diameter slicer described in several (08) fuel feeding, it is characterized in that: described oil supply system is the circulation oil supply system such as according to any one of claim 1-10.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410340840.2A CN104097271B (en) | 2014-07-17 | 2014-07-17 | Circulation oil supply system and there is the inside diameter slicer system of this circulation oil supply system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410340840.2A CN104097271B (en) | 2014-07-17 | 2014-07-17 | Circulation oil supply system and there is the inside diameter slicer system of this circulation oil supply system |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN104097271A CN104097271A (en) | 2014-10-15 |
| CN104097271B true CN104097271B (en) | 2016-02-24 |
Family
ID=51666009
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201410340840.2A Active CN104097271B (en) | 2014-07-17 | 2014-07-17 | Circulation oil supply system and there is the inside diameter slicer system of this circulation oil supply system |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN104097271B (en) |
Families Citing this family (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108058029A (en) * | 2018-01-31 | 2018-05-22 | 江苏工大金凯高端装备制造有限公司 | A kind of lathe cavity device convenient for cutting waste discharge |
| CN109516584A (en) * | 2018-12-20 | 2019-03-26 | 惠阳佑鑫金属制品有限公司 | Suction type oil-water separator |
Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN85100611A (en) * | 1985-04-01 | 1986-08-06 | 兰州大学 | Internal knife microtome centrifugal auto-cycling cooling system |
| CN2931051Y (en) * | 2006-07-07 | 2007-08-08 | 沈阳仪表科学研究院 | Spray cleaning apparatus for scribing machine |
| CN202147319U (en) * | 2011-07-25 | 2012-02-22 | 广州市三跃自动化工程设备有限公司 | Multistation full-automatic environment-friendly inner circle slicing machine |
| CN203957175U (en) * | 2014-07-17 | 2014-11-26 | 北京鼎臣高科技有限公司 | Circulation oil supply system and there is the inside diameter slicer system of this circulation oil supply system |
Family Cites Families (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2001219422A (en) * | 2000-02-10 | 2001-08-14 | Nakayama Tekko Kk | Waste compactly treating concrete cutting machine |
| JP2003124150A (en) * | 2001-10-16 | 2003-04-25 | Tokyo Seimitsu Co Ltd | Cutting device |
| JP4998241B2 (en) * | 2007-12-11 | 2012-08-15 | 信越半導体株式会社 | Method of cutting workpiece by wire saw and wire saw |
-
2014
- 2014-07-17 CN CN201410340840.2A patent/CN104097271B/en active Active
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN85100611A (en) * | 1985-04-01 | 1986-08-06 | 兰州大学 | Internal knife microtome centrifugal auto-cycling cooling system |
| CN2931051Y (en) * | 2006-07-07 | 2007-08-08 | 沈阳仪表科学研究院 | Spray cleaning apparatus for scribing machine |
| CN202147319U (en) * | 2011-07-25 | 2012-02-22 | 广州市三跃自动化工程设备有限公司 | Multistation full-automatic environment-friendly inner circle slicing machine |
| CN203957175U (en) * | 2014-07-17 | 2014-11-26 | 北京鼎臣高科技有限公司 | Circulation oil supply system and there is the inside diameter slicer system of this circulation oil supply system |
Also Published As
| Publication number | Publication date |
|---|---|
| CN104097271A (en) | 2014-10-15 |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN206816292U (en) | A kind of water circulation type wet shot dust arrester for underground coal mine | |
| CN205290534U (en) | It is cold in digit control machine tool high pressure main shaft system for BTA | |
| CN104589216B (en) | Jewelcrafting protection device | |
| CN202655278U (en) | Cleaning device of centerless grinding machine | |
| CN104097271B (en) | Circulation oil supply system and there is the inside diameter slicer system of this circulation oil supply system | |
| CN105169855A (en) | Atomizing purification device for haze air | |
| CN108145522A (en) | A kind of machine chip liquid processing device and its processing method | |
| CN204487369U (en) | For the bistrique water blocking member of glass edge-grinding machine | |
| CN202292437U (en) | Water curtain grinding platform | |
| CN205968449U (en) | Filter cutting fluid filtering device of smear metal and oil slick | |
| CN203957175U (en) | Circulation oil supply system and there is the inside diameter slicer system of this circulation oil supply system | |
| CN104226014A (en) | Atomizer for vacuum oil purifier | |
| CN108161561B (en) | Chip removal liquid supply device and method | |
| CN215085750U (en) | Wet dust collector | |
| CN105415086B (en) | Machine tool cutting liquid filtering device | |
| CN107470024A (en) | A kind of machining center board cooling liquid filtering apparatus | |
| CN209865641U (en) | Cutting and grinding table | |
| CN207091140U (en) | A kind of marble sewage disposal precipitates separation equipment with perpendicular stream | |
| CN207886745U (en) | Oily-water seperating equipment | |
| CN207071314U (en) | A kind of acid mist treatment device of smoke test machine | |
| CN206501011U (en) | A kind of grinding machine cools down water filtering device | |
| CN206201418U (en) | A kind of negative pressure instillation wet type self-cleaning and interval hydrojet self-cleaning chiller system | |
| CN209576101U (en) | A kind of dust collector of water curtain being machined dust | |
| CN213315981U (en) | Energy-conserving circulative cooling system of various steel sheet | |
| CN208132558U (en) | A kind of machine chip liquid processing device |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C06 | Publication | ||
| PB01 | Publication | ||
| C10 | Entry into substantive examination | ||
| SE01 | Entry into force of request for substantive examination | ||
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant |