CN103469473B - Lubricating oil circulation mechanism for warp knitting machine - Google Patents
Lubricating oil circulation mechanism for warp knitting machine Download PDFInfo
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- CN103469473B CN103469473B CN201310421763.9A CN201310421763A CN103469473B CN 103469473 B CN103469473 B CN 103469473B CN 201310421763 A CN201310421763 A CN 201310421763A CN 103469473 B CN103469473 B CN 103469473B
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- warp knitting
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Abstract
The invention provides a lubricating oil circulation mechanism for a warp knitting machine, and belongs to the technical field of machinery. The technical problems of great reduction in a lubricating effect, shortening of the service life of the warp knitting machine and the like caused by the continuous temperature rise of lubricating oil after a conventional lubricating system for the warp knitting machine is cyclically used for a long time are solved. The warp knitting machine is provided with an oil inlet for the inflow of the lubricating oil and a return port for the outflow of the lubricating oil. The lubricating oil circulation mechanism for the warp knitting machine comprises a fixing frame, an oil inlet pipe and an oil returning pipe, wherein an oil storage tank and an oil delivery pump are fixedly arranged on the fixing frame; a cooling tank is fixedly arranged on the oil storage tank; a radiation fan is fixedly arranged at an opening of the cooling tank; the oil storage tank is communicated with the oil inlet; the cooling tank is communicated with the return port. The lubricating oil circulation mechanism for the warp knitting machine has the advantages that the temperature of the lubricating oil of the warp knitting machine is kept to be optimal lubricating temperature, and the service life of the warp knitting machine is prolonged.
Description
Technical field
The invention belongs to field of mechanical technique, relate to the lubrication oil circulation mechanism of a kind of lubrication oil circulation mechanism of warp knitting machine, particularly a kind of warp knitting machine.
Background technology
Lubricating oil mechanically reduces friction for all kinds, protection machinery and the fluid lubricant of workpiece, mainly play lubrication, cooling, antirust, clean, seal and the effect such as buffering.After lubricating oil flows to friction position, will stick on friction surface and form one deck oil film, reduce the resistance between friction parts, and oily film strength and toughness be the keys playing its lubrication.
With one group or several groups of yarns arranged in parallel, on all working pin of warp-wise feeding machine, lopping simultaneously and form knitted fabric, this method is called that, through compiling, fabric is called tricot.Complete this machine through compiling and be called warp knitting machine.
Warp knitting machine forms primarily of knitting mechanism, guide bar shogging mechanism, warp-feeding mechanism, tractive spooler and transmission mechanism.1. knitting mechanism comprises needle-bar, sley bar, sinker bed and pressing plate, generally by cam or eccentric ratio transmission.Cam is usually used in the warp knitting machine that speed is lower, the loop-forming element characteristics of motion is more complicated.Eccentric ratio, due to stable drive, is processed easier, when running up wearing and tearing and noise less, be thus used widely on Warp Knitted Fabrics.2. guide bar shogging mechanism, makes the requirement of sley bar according to knitted fabric tissue in knitting cycle traversing, is padded on pin by warp thread, to be made into the knitted fabric with certain institutional framework.Usually pattern board type and cam-type two kinds is had.Pattern board type mechanism is concatenated into card chain by the card of certain profile and size by the requirement of knitted fabric tissue, makes guide bar shogging, is applicable to the tissue of weave pattern more complicated, and flower pattern conversion ratio is more convenient.Design by guide bar shogging rule needed for knitted fabric tissue in cam-type mechanism cam, transmission is comparatively steady, can adapt to higher braiding speed.3. warp-feeding mechanism, moves back solution the warp thread in warp beam and gets off, and sends into knitting zone.There are passive type and active type two class.In passive type mechanism, warp beam is that warp tension pulls and sends warp thread, does not need special device for transporting warp beam, is applicable to the warp knitting machine that machine speed is lower, warp let-off rule is comparatively complicated.Active type warp-feeding mechanism adopts special transmission device that warp beam is turned round and sends warp thread, again tensioned induction type and linear velocity induction type not.Tension force induction type mechanism controls the rotating speed of warp beam by the size of tension rail induction warp tension.Linear velocity induction type mechanism controls the rotating speed of warp beam by the size of speed measuring device induction movement of the warp speed.This kind of mechanism sends warp thread with preset lines speed, stably can work, therefore be used widely on Warp Knitted Fabrics under the condition of running up.4. the effect of tractive spooler to be pulled out from knitting zone by fabric with predetermined speed and is wound into yardage roll.
Because lubricating oil acts predominantly on friction position, therefore lubricating oil can absorb fricative heat, and cause the temperature of lubricating oil to raise, lubricating oil temperature rising can cause its viscosity to reduce, and its lubricant effect is deteriorated.The lubricating system of existing warp knitting machine is relatively simple, just achieve the circulation of lubricating oil, after recycling for a long time, the temperature of lubricating oil can constantly raise, and causes its lubricant effect greatly to reduce, cause the wearing and tearing of the transmission system in warp knitting machine to increase, reduce the service life of warp knitting machine; Can not produce chip in friction, these chips also can along with lubrication oil circulation, and chip can cause wearing and tearing to friction position at circulation time, can cause reduce the service life of warp knitting machine equally simultaneously.
Summary of the invention
The object of the invention is to there are the problems referred to above for existing technology, propose a kind of lubrication oil circulation mechanism of warp knitting machine, this lubrication oil circulation mechanism have can make lubricating oil lubricate time temperature control lubrication operating temperature feature.
Object of the present invention realizes by following technical proposal: a kind of lubrication oil circulation mechanism of warp knitting machine, described warp knitting machine has the oil-in flowed into for lubricating oil and the refluxing opening supplying outflow of lubrication oil, it is characterized in that, this lubrication oil circulation mechanism comprises fixed mount, oil inlet pipe and oil return pipe, described fixed mount is fixed with fuel reserve tank and oil transfer pump, described oil transfer pump is positioned at immediately below fuel reserve tank, oil-out is offered bottom described fuel reserve tank, the import of described oil transfer pump is communicated with oil-out by pipeline, described oil-out place is fixed with screen pack one, the outlet of described oil inlet pipe one end and oil transfer pump is fixed, the described oil inlet pipe other end is communicated with fixing with oil-in, this lubrication oil circulation mechanism also comprises cooling box, described cooling box is fixed on fuel reserve tank, described oil return pipe one end is communicated with fixing with refluxing opening, the end face that the described oil return pipe other end is fixed on cooling box is communicated with cooling box, the outer container bottom surface of described cooling box is removably fixed with some magnet, the interior case bottom surface self-retaining of described cooling box has the end face of oil return pipe to tilt towards other end, the interior case bottom surface of described cooling box offers opening one on the cooling box other end, described opening one place is fixed with screen pack two, described opening one is positioned at directly over fuel reserve tank, described cooling box also has opening two, described opening two place is fixed with radiator fan, described radiator fan is towards case bottom surface in cooling box, the side, both sides of described cooling box offers some air vents, described cooling box internal fixtion has temperature sensor one, described temperature sensor one is connected with controller, described controller is connected with oil transfer pump and radiator fan respectively.
When warp knitting machine runs, lubricating oil enters warp knitting machine from oil-in and gives warp knitting machine operation lubrication, then flows out from refluxing opening; The lubricating oil relatively high through the temperature of refluxing opening outflow flows into cooling box through lubricating oil, lowered the temperature by radiator fan, the chip that lubricating oil carries by magnet is simultaneously adsorbed in cooling box, fuel reserve tank is flowed into from opening one by the lubricating oil of cooling, make the temperature of the lubricating oil in fuel reserve tank remain on best lubricating status, by oil transfer pump, the lubricating oil flowed out in fuel reserve tank is sent into warp knitting machine; The filtrations such as the chip carried in greasing by lubricating oil by magnet and screen pack one and screen pack two, are ensured the purity reentering the lubricating oil of warp knitting machine, prevent the injury to warp knitting machine, ensure the lubricant effect of lubricating oil simultaneously; Temperature sensor one perception can enter the temperature of lubricating oil in fuel reserve tank, if temperature is too high, the power output of radiator fan is heightened by controller, increase the effect of heat radiation, if temperature is on the low side, then turned down the power output of radiator fan by controller, ensure the operating temperature of lubricating oil, make lubricating oil be in best lubricating status all the time, ensure to lubricate warp knitting machine; Air vent can make cooling box inner air flow unimpeded, improves the radiating effect of radiator fan.
In the lubrication oil circulation mechanism of above-mentioned warp knitting machine, the outer container bottom surface of described fuel reserve tank has wrapped surrounding layer, heating wire is fixed with between the outer container bottom surface of described surrounding layer and fuel reserve tank, all fill between heating wire and surrounding layer and between the outer container bottom surface of heating wire and fuel reserve tank and be fixed with insulating barrier, described heating wire is connected with controller, and described heating wire is uniformly distributed along the outer container bottom surface of fuel reserve tank.Controller can control power supply and is communicated with heating wire or disconnects, when power supply is communicated with heating wire, and electric-heating-wire-heating, by insulating barrier and fuel reserve tank temperature passed to the lubricating oil in fuel reserve tank, heating lubricating oil, insulating barrier can prevent fuel reserve tank and surrounding layer charged, ensure the safety of staff.
As another kind of situation, in the lubrication oil circulation mechanism of above-mentioned warp knitting machine, be also fixed with heating rod in described fuel reserve tank, described heating rod is connected with controller.Controller can control power supply and is communicated with heating rod or disconnects, and directly can heat lubricating oil by heating rod.
In the lubrication oil circulation mechanism of above-mentioned warp knitting machine, described fuel reserve tank internal fixtion has temperature sensor two, and described temperature sensor two is connected with controller.Temperature sensor two can in perception fuel reserve tank lubricating oil temperature and signal is passed to controller, when temperature is too low, electric-heating-wire-heating is made by controller, lubricating oil temperature is raised, after lubricating oil temperature is elevated to operating temperature, temperature sensor two sends signal and makes controller cut out heating wire, can prevent the excessive wear damage causing warp knitting machine of oil body when warp knitting machine does not use for a long time and restarts.
In the lubrication oil circulation mechanism of above-mentioned warp knitting machine, between described oil-out and pipeline, be provided with stop valve.When lubricating oil temperature is too low, stop valve is closed, by opening stop valve again after electric-heating-wire-heating lubricating oil, ensureing that the lubricating oil entering warp knitting machine all has lubricant effect, damage not caused to warp knitting machine.
In the lubrication oil circulation mechanism of above-mentioned warp knitting machine, the interior case bottom surface of described cooling box has some steps, the stepped distribution of described some steps, described step is fixed with baffle plate, described baffle plate and cooling box wherein form breach between a side, the side formation breach that baffle plate on adjacent described step is different from cooling box respectively, the step surface of described step all tilts towards the breach be located thereon.Lubricating oil needs the step surface flowing through each step after entering cooling box, therefore can the long period rest in cooling box, make lubricating oil that the sufficient time can be had to lower the temperature; When flowing through step because needs are turned, therefore can roll during lubricating oil flow, the temperature of inside can shed by lubricating oil rapidly, increases radiating effect.
In the lubrication oil circulation mechanism of above-mentioned warp knitting machine, described cooling box adopts stainless steel to make, and described magnet adsorption is on the outer container bottom surface of cooling box.When clearing up cooling box, magnet being taken off in cooling box, loses fixation by the chip of magnet adsorption in cooling box and be easy to just can be washed down.
In the lubrication oil circulation mechanism of above-mentioned warp knitting machine, opening two place of described cooling box is stamped cover plate, and described radiator fan is fixing on the cover board.Cover plate can prevent dust from entering cooling box, also facilitates the cleaning of cooling box simultaneously.
In the lubrication oil circulation mechanism of above-mentioned warp knitting machine, described temperature sensor two is fixed on cooling box near opening one place.Temperature sensor two accurately perception can flow into the temperature of the lubricating oil of fuel reserve tank from cooling box.
Compared with prior art, the lubrication oil circulation mechanism of this warp knitting machine has the following advantages:
1, temperature sensor one perception can enter the temperature of lubricating oil in fuel reserve tank, if temperature is too high, the power output of radiator fan is heightened by controller, increase the effect of heat radiation, if temperature is on the low side, then turned down the power output of radiator fan by controller, ensure the operating temperature of lubricating oil, make lubricating oil be in best lubricating status all the time
2, temperature sensor two can in perception fuel reserve tank lubricating oil temperature and signal is passed to controller, when temperature is too low, electric-heating-wire-heating is made by controller, lubricating oil temperature is raised, after lubricating oil temperature is elevated to operating temperature, temperature sensor two sends signal and makes controller cut out heating wire, can prevent the excessive wear damage causing warp knitting machine of oil body when warp knitting machine does not use for a long time and restarts.
The filtrations such as the chip 3, carried in greasing by lubricating oil by magnet and screen pack one and screen pack two, ensure to prevent the purity reentering the lubricating oil of warp knitting machine the injury to warp knitting machine, ensure the lubricant effect of lubricating oil simultaneously.
Accompanying drawing explanation
Fig. 1 is structural representation of the present invention.
Fig. 2 is the plan structure schematic diagram of cooling box of the present invention.
Fig. 3 is the block diagram be connected with controller in embodiments of the invention one.
In figure, 11, warp knitting machine; 21, fixed mount; 31, fuel reserve tank; 32, oil-out; 33, temperature sensor two; 34, surrounding layer; 35, heating wire; 36, insulating barrier; 41, cooling box; 42, opening one; 43, temperature sensor one; 44, magnet; 45, radiator fan; 46, air vent; 47, step; 48, baffle plate; 48a, breach; 49, cover plate; 51, oil transfer pump; 52, stop valve; 53, pipeline; 61, oil inlet pipe; 62, oil return pipe; 71, controller.
Detailed description of the invention
Be below specific embodiments of the invention and by reference to the accompanying drawings, technical scheme of the present invention is further described, but the present invention be not limited to these embodiments.
Embodiment one
As shown in Figure 1, a kind of lubrication oil circulation mechanism of warp knitting machine, warp knitting machine 11 has the oil-in flowed into for lubricating oil and the refluxing opening supplying outflow of lubrication oil, this lubrication oil circulation mechanism comprises fixed mount 21, oil inlet pipe 61 and oil return pipe 62, fixed mount 21 is fixed with fuel reserve tank 31 and oil transfer pump 51, oil transfer pump 51 is positioned at immediately below fuel reserve tank 31, oil-out 32 is offered bottom fuel reserve tank 31, the import of oil transfer pump 51 is communicated with oil-out 32 by pipeline 53, oil-out 32 place is fixed with screen pack one, is provided with stop valve 52 between oil-out 32 and pipeline 53.When lubricating oil temperature is too low, stop valve 52 is closed, after heating lubricating oil by heating wire 35, open stop valve 52 again, ensure that the lubricating oil entering warp knitting machine 11 all has lubricant effect, damage is not caused to warp knitting machine 11.
As Fig. 1, shown in Fig. 2, the outlet of oil inlet pipe 61 one end and oil transfer pump 51 is fixed, oil inlet pipe 61 other end is communicated with fixing with oil-in, this lubrication oil circulation mechanism also comprises cooling box 41, cooling box 41 is fixed on fuel reserve tank 31, oil return pipe 62 one end is communicated with fixing with refluxing opening, the end face that oil return pipe 62 other end is fixed on cooling box 41 is communicated with cooling box 41, the outer container bottom surface of cooling box 41 is removably fixed with some magnet 44, cooling box 41 adopts stainless steel to make, magnet 44 is adsorbed on the outer container bottom surface of cooling box 41, in the present embodiment one, magnet 44 has three.The interior case bottom surface self-retaining of cooling box 41 has the end face of oil return pipe 62 to tilt towards other end, the interior case bottom surface of cooling box 41 offers opening 1 on cooling box 41 other end, opening 1 place is fixed with screen pack two, opening 1 is positioned at directly over fuel reserve tank 31, cooling box 41 also has opening two, opening two place of cooling box 41 is fixed with radiator fan 45, radiator fan 45 is towards case bottom surface in cooling box 41, the side, both sides of cooling box 41 offers some air vents 46, as such as Fig. 1, shown in Fig. 3, cooling box 41 internal fixtion has temperature sensor 1, temperature sensor 1 is connected with controller 71, fuel reserve tank 31 internal fixtion has temperature sensor 2 33, temperature sensor 2 33 is fixed on cooling box 41 near opening 1 place, temperature sensor 2 33 is connected with controller 71, controller 71 is connected with oil transfer pump 51 and radiator fan 45 respectively, the present embodiment middle controller 71 is single-chip microcomputer.
As shown in Figure 1, the outer container bottom surface of fuel reserve tank 31 has wrapped surrounding layer 34, heating wire 35 is fixed with between the outer container bottom surface of surrounding layer 34 and fuel reserve tank 31, all fill between heating wire 35 and surrounding layer 34 and between the outer container bottom surface of heating wire 35 and fuel reserve tank 31 and be fixed with insulating barrier 36, heating wire 35 is connected with controller 71, and heating wire 35 is uniformly distributed along the outer container bottom surface of fuel reserve tank 31.Controller 71 can control power supply and is communicated with heating wire 35 or disconnects, when power supply is communicated with heating wire 35, heating wire 35 heats, by insulating barrier 36 and fuel reserve tank 31 temperature passed to the lubricating oil in fuel reserve tank 31, heating lubricating oil, insulating barrier 36 can prevent fuel reserve tank 31 and surrounding layer 34 charged, ensure the safety of staff.
As shown in Figure 1, Figure 2 and Figure 3, the interior case bottom surface of cooling box 41 has some steps 47, in the present embodiment one, the interior case bottom surface of cooling box 41 has three steps 47, three stepped distributions of step 47, step 47 is fixed with baffle plate 48, baffle plate 48 and cooling box 41 wherein form breach 48a between a side, different from the cooling box 41 respectively side of the baffle plate 48 on adjacent step 47 forms breach 48a, and the step surface of step 47 all tilts towards the breach 48a be located thereon.Lubricating oil needs 47, the step flowing through each step 47 after entering cooling box 41, therefore can the resting in cooling box 41 of long period, makes lubricating oil that the sufficient time can be had to lower the temperature; When flowing through step 47 because needs are turned, therefore can roll during lubricating oil flow, the temperature of inside can shed by lubricating oil rapidly, increases radiating effect.Opening two place of cooling box 41 is stamped cover plate 49, and radiator fan 45 is fixed on cover plate 49.Cover plate 49 can prevent dust from entering cooling box 41, also facilitates the cleaning of cooling box 41 simultaneously.
When warp knitting machine 11 runs, lubricating oil enters warp knitting machine 11 from oil-in and gives warp knitting machine 11 operation lubrication, then flows out from refluxing opening; The lubricating oil relatively high through the temperature of refluxing opening outflow flows into cooling box 41 through lubricating oil, lowered the temperature by radiator fan 45, the chip that lubricating oil carries by magnet 44 is simultaneously adsorbed in cooling box 41, fuel reserve tank 31 is flowed into from opening 1 by the lubricating oil of cooling, make the temperature of the lubricating oil in fuel reserve tank 31 remain on best lubricating status, by oil transfer pump 51, the lubricating oil flowed out in fuel reserve tank 31 is sent into warp knitting machine 11; The filtrations such as the chip carried in greasing by lubricating oil by magnet 44 and screen pack one and screen pack two, are ensured the purity reentering the lubricating oil of warp knitting machine 11, prevent the injury to warp knitting machine 11, ensure the lubricant effect of lubricating oil simultaneously; Temperature sensor 1 perception can enter the temperature of lubricating oil in fuel reserve tank 31, if temperature is too high, the power output of radiator fan 45 is heightened by controller 71, increase the effect of heat radiation, if temperature is on the low side, then turned down the power output of radiator fan 45 by controller 71, ensure the operating temperature of lubricating oil, make lubricating oil be in best lubricating status all the time, ensure to lubricate warp knitting machine 11; Air vent 46 can make cooling box 41 inner air flow unimpeded, improves the radiating effect of radiator fan 45.Temperature sensor 2 33 can in perception fuel reserve tank 31 lubricating oil temperature and signal is passed to controller 71, when temperature is too low, by controller 71, heating wire 35 is heated, lubricating oil temperature is raised, after lubricating oil temperature is elevated to operating temperature, temperature sensor 2 33 transmission signal makes controller 71 close heating wire 35, can prevent the excessive wear damage causing warp knitting machine 11 of oil body when warp knitting machine 11 does not use and restarts for a long time.
Embodiment two
The present embodiment with the structure of embodiment one and principle substantially identical, different place is: fuel reserve tank internal fixtion has heating rod, and heating rod is connected with controller.Controller can control power supply and is communicated with heating rod or disconnects, and directly can heat lubricating oil by heating rod.
Embodiment three
The present embodiment with the structure of embodiment one and principle substantially identical, different place is: controller is PLC.
Specific embodiment described herein is only to the explanation for example of the present invention's spirit.Those skilled in the art can make various amendment or supplement or adopt similar mode to substitute to described specific embodiment, but can't depart from spirit of the present invention or surmount the scope that appended claims defines.
Although more employ warp knitting machine 11 herein; Fixed mount 21; Fuel reserve tank 31; Oil-out 32; Temperature sensor 2 33; Surrounding layer 34; Heating wire 35; Insulating barrier 36; Cooling box 41; Opening 1; Temperature sensor 1; Magnet 44; Radiator fan 45; Air vent 46; Step 47; Baffle plate 48; Breach 48a; Cover plate 49; Oil transfer pump 51; Stop valve 52; Pipeline 53; Oil inlet pipe 61; Oil return pipe 62; Term such as controller 71 grade, but do not get rid of the possibility using other term.These terms are used to be only used to describe and explain essence of the present invention more easily; The restriction that they are construed to any one additional is all contrary with spirit of the present invention.
Claims (8)
1. the lubrication oil circulation mechanism of a warp knitting machine, described warp knitting machine (11) has the oil-in flowed into for lubricating oil and the refluxing opening supplying outflow of lubrication oil, it is characterized in that, this lubrication oil circulation mechanism comprises fixed mount (21), oil inlet pipe (61) and oil return pipe (62), described fixed mount (21) is fixed with fuel reserve tank (31) and oil transfer pump (51), described oil transfer pump (51) is positioned at immediately below fuel reserve tank (31), described fuel reserve tank (31) bottom offers oil-out (32), the import of described oil transfer pump (51) is communicated with oil-out (32) by pipeline (53), described oil-out (32) place is fixed with screen pack one, the outlet of described oil inlet pipe (61) one end and oil transfer pump (51) is fixed, described oil inlet pipe (61) other end is communicated with fixing with oil-in, this lubrication oil circulation mechanism also comprises cooling box (41), described cooling box (41) is fixed on fuel reserve tank (31), described oil return pipe (62) one end is communicated with fixing with refluxing opening, the end face that described oil return pipe (62) other end is fixed on cooling box (41) is communicated with cooling box (41), the outer container bottom surface of described cooling box (41) is removably fixed with some magnet (44), the interior case bottom surface self-retaining of described cooling box (41) has the end face of oil return pipe (62) to tilt towards other end, the interior case bottom surface of described cooling box (41) offers opening one (42) on cooling box (41) other end, described opening one (42) place is fixed with screen pack two, described opening one (42) is positioned at directly over fuel reserve tank (31), described cooling box (41) also has opening two, opening two place of described cooling box (41) is fixed with radiator fan (45), described radiator fan (45) is towards the interior case bottom surface of cooling box (41), the side, both sides of described cooling box (41) offers some air vents (46), described cooling box (41) internal fixtion has temperature sensor one (43), described temperature sensor one (43) is connected with controller (71), described controller (71) is connected with oil transfer pump (51) and radiator fan (45) respectively, the outer container bottom surface of described fuel reserve tank (31) wraps surrounding layer (34), heating wire (35) is fixed with between the outer container bottom surface of described surrounding layer (34) and fuel reserve tank (31), all fill between heating wire (35) and surrounding layer (34) and between the outer container bottom surface of heating wire (35) and fuel reserve tank (31) and be fixed with insulating barrier (36), described heating wire (35) is connected with controller (71), and described heating wire (35) is uniformly distributed along the outer container bottom surface of fuel reserve tank (31), described controller is single-chip microcomputer.
2. the lubrication oil circulation mechanism of warp knitting machine according to claim 1, is characterized in that, described fuel reserve tank is also fixed with heating rod in (31), and described heating rod is connected with controller (71).
3. the lubrication oil circulation mechanism of warp knitting machine according to claim 2, it is characterized in that, described fuel reserve tank (31) internal fixtion has temperature sensor two (33), and described temperature sensor two (33) is connected with controller (71).
4. the lubrication oil circulation mechanism of warp knitting machine according to claim 1, is characterized in that, is provided with stop valve (52) between described oil-out (32) and pipeline (53).
5. the lubrication oil circulation mechanism of warp knitting machine according to claim 1, it is characterized in that, the interior case bottom surface of described cooling box (41) has some steps (47), the stepped distribution of described some steps (47), described step (47) is fixed with baffle plate (48), described baffle plate (48) and cooling box (41) wherein form breach (48a) between a side, different from cooling box (41) the respectively side of baffle plate (48) on adjacent described step (47) forms breach (48a), the step surface of described step (47) all tilts towards the breach be located thereon (48a).
6. the lubrication oil circulation mechanism of warp knitting machine according to claim 1, is characterized in that, described cooling box (41) adopts stainless steel to make, and described magnet (44) is adsorbed on the outer container bottom surface of cooling box (41).
7. the lubrication oil circulation mechanism of warp knitting machine according to claim 1, it is characterized in that, opening two place of described cooling box (41) is stamped cover plate (49), and described radiator fan (45) is fixed on cover plate (49).
8. the lubrication oil circulation mechanism of warp knitting machine according to claim 3, is characterized in that, described temperature sensor two (33) is fixed on cooling box (41) near opening one (42) place.
Priority Applications (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310421763.9A CN103469473B (en) | 2013-09-16 | 2013-09-16 | Lubricating oil circulation mechanism for warp knitting machine |
| CN201410472362.0A CN104195740B (en) | 2013-09-16 | 2013-09-16 | A kind of lubrication oil circulation mechanism of structure improved tricot machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310421763.9A CN103469473B (en) | 2013-09-16 | 2013-09-16 | Lubricating oil circulation mechanism for warp knitting machine |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201410471701.3A Division CN104197176B (en) | 2013-09-16 | 2013-09-16 | The lubrication oil circulation device of tricot machine |
| CN201410472362.0A Division CN104195740B (en) | 2013-09-16 | 2013-09-16 | A kind of lubrication oil circulation mechanism of structure improved tricot machine |
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| CN103469473B true CN103469473B (en) | 2014-12-24 |
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| KR101835400B1 (en) * | 2016-07-06 | 2018-03-08 | 곽동재 | Knitting machine lubrication equipment |
| CN106908244B (en) * | 2017-03-17 | 2023-07-18 | 华东交通大学 | Pressure lubrication high-speed rolling bearing test bed |
| CN110144671A (en) * | 2019-06-28 | 2019-08-20 | 常州耐芯威电子自动化有限公司 | A kind of oily cycler of jacquard warp |
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