CN107138219A - The compaction type sweetened bean paste-making machine of conveniently moving - Google Patents
The compaction type sweetened bean paste-making machine of conveniently moving Download PDFInfo
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- CN107138219A CN107138219A CN201610345971.9A CN201610345971A CN107138219A CN 107138219 A CN107138219 A CN 107138219A CN 201610345971 A CN201610345971 A CN 201610345971A CN 107138219 A CN107138219 A CN 107138219A
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- gear
- making machine
- roller
- bean paste
- main shaft
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B02—CRUSHING, PULVERISING, OR DISINTEGRATING; PREPARATORY TREATMENT OF GRAIN FOR MILLING
- B02C—CRUSHING, PULVERISING, OR DISINTEGRATING IN GENERAL; MILLING GRAIN
- B02C4/00—Crushing or disintegrating by roller mills
- B02C4/02—Crushing or disintegrating by roller mills with two or more rollers
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B02—CRUSHING, PULVERISING, OR DISINTEGRATING; PREPARATORY TREATMENT OF GRAIN FOR MILLING
- B02C—CRUSHING, PULVERISING, OR DISINTEGRATING IN GENERAL; MILLING GRAIN
- B02C4/00—Crushing or disintegrating by roller mills
- B02C4/28—Details
- B02C4/42—Driving mechanisms; Roller speed control
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- Engineering & Computer Science (AREA)
- Food Science & Technology (AREA)
- Crushing And Grinding (AREA)
Abstract
The present invention relates to sweetened bean paste-making machine.A kind of compaction type sweetened bean paste-making machine of conveniently moving, including frame, frame is provided with crushing rotary drum, driving structure and the clearance adjustment mechanism in gap, crushing rotary drum includes rolling cylinder and main shaft, jacket casing is rolled to set and be rotationally connected with main shaft, crushing rotary drum is linked together by main shaft with frame, drive mechanism includes being connected to the ring gear rolled in cylinder, it is rotationally connected with the gearing shaft of main shaft and the gear-box of drive gear drive axis and the motor for inputting power to gear-box, gearing shaft is provided with first gear, linked together between first gear and ring gear by planetary gear, frame is provided with road wheel and hydraulic supporting feet.The invention provides a kind of compaction type sweetened bean paste-making machine for the conveniently moving for setting gear train to be driven in drums inside, solve existing sweetened bean paste-making machine roller by setting sprocket wheel to be driven in outside to realize the problem of apparent volume is big, bearing capacity is small caused by rotation.
Description
Technical field
The present invention relates to the compaction type sweetened bean paste-making machine of sweetened bean paste-making machine, more particularly to a kind of conveniently moving.
Background technology
Sweetened bean paste-making machine is a kind of plant equipment for crushing stone for sand.The structure of sweetened bean paste-making machine has two kinds, one kind be hammer mill, it is another be twin rollers（Hereinafter referred to as double-roll type sand making machine）, hammer mill consumable accessory is more, energy consumption is big, dust is more, and fineness is uneven.Double-roll type sand making machine can then avoid the deficiency that dust is more, fineness is uneven.China Patent No. be 2010202399225, Publication No. CN201791554U, a kind of double-roll type sand making machine disclosed in the patent document of entitled " drive mechanism of double-roll type sand making machine ", it is by a pair of crushing rotary drums that double-roll type sand making machine, which crushes stone and sand is made,（Also known as roll）Rolled to realize, the crushing rotary drum of existing sweetened bean paste-making machine is by setting sprocket wheel in one end of crushing rotary drum, then by chain drive sprocket is removed after motor output is slowed down by reductor to realize rotation, thus exist inefficient, abrasion is big, bearing capacity is small, impact resistance is small, vibration and apparent volume greatly, continuously run the deficiency of short life；Other existing sweetened bean paste-making machine adjusts the gap between a pair of crushing rotary drums to realize change discharge fineness by 5 adjustment screw mandrels, therefore working strength when being adjusted is big and adjustment inconvenience, and runs into the stone of bulky grain and enter fashionable to produce stuck phenomenon；The deficiency of stationarity difference when existing sweetened bean paste-making machine also has crushing rotary drum work.
The content of the invention
The invention provides a kind of compaction type sweetened bean paste-making machine for the conveniently moving for setting gear train to be driven in drums inside, solve existing sweetened bean paste-making machine roller by setting sprocket wheel to be driven in outside to realize the problem of apparent volume is big, bearing capacity is small caused by rotation.
Above technical problem is solved by following technical proposal：A kind of compaction type sweetened bean paste-making machine of conveniently moving, including frame, the frame is provided with a pair of crushing rotary drums, drive the clearance adjustment mechanism in the gap between a pair of crushing rotary drums of driving structure and adjustment that crushing rotary drum is rotated, the crushing rotary drum includes rolling cylinder and main shaft, the jacket casing that rolls sets and is rotationally connected with the main shaft, the crushing rotary drum is linked together by the main shaft with the frame, the drive mechanism rolls the ring gear that cylinder is rotated by axle of the main shaft including being connected to the driving rolled in cylinder, wear and be rotationally connected with the gearing shaft of the main shaft and the gear-box of drive gear drive axis and the motor for inputting power to gear-box, the gearing shaft is provided with the first gear being located in the ring gear, linked together between the first gear and ring gear by some planetary gears.Motor is rotated through gear-box driving power input shaft when using, power input shaft driving driving gear goes to drive driven gear, driven gear drive gear transmission axle is rotated, gearing shaft driving first gear is rotated, first gear drives planetary gear rotation, planet gear drives ring gear is rotated, and ring gear driving rolls cylinder rotation.So that motor need not set reduction box to go to drive crushing rotary drum, reach the purpose of reduction outer tube volume and improve bearing capacity.Can not provide two rollers separated avoidance space during sand to run into bulky grain of precision-fit and the gap that produces using planetary gear, be damaged and the stuck phenomenon of crushing rotary drum so that part is not easy production.Planetary gear with main shaft or roll that cylinder links together can.
As preferred, the gear-box includes casing and the input gear meshed together and output gear in casing, the input gear is provided with the power input shaft for stretching out the casing, the power input shaft is provided with the driven pulley being located at outside casing, the motor is provided with drive pulley, the drive pulley is linked together by belt with the driven pulley, and the output gear links together with the rotary gear axis.Structure reduction is compact, convenient when being lubricated to the external component that driving structure is located at crushing rotary drum.
Preferably, described roll forms annular seal space between cylinder and main shaft, the first gear, ring gear and planetary gear are all located in the annular seal space.It is convenient when being lubricated to the part that drive mechanism is located in crushing rotary drum.
Preferably, the main shaft is provided with the tank filler sleeve connected with the annular seal space.Add convenient during lubricating oil.
Preferably, described one end for rolling cylinder axial direction is provided with the opening entered for the gear ring, the opening is removably connected with the spindle drum for covering the opening, and the cylinder that rolls is supported on the main shaft by the spindle drum.It is convenient when rolling in cylinder that ring gear is installed to.
As preferred, the cylinder that rolls includes the interior roll body that outer roller and the same outer roller in outer roller are detachably connected, the opening is arranged at the interior roll body, the ring gear is located in the interior roll body, and the ring gear is linked together by the steady pin for being arranged in the interior roll body and wearing or hold out against in the outer peripheral face of ring gear with the interior roll body.Further increase convenience when installing ring gear.
As preferred, together with one end of the outer roller is abutted with the interior roll body cone match, provided with driving outer roller to be in contact with roller beyond interior roll body with the cooperation conical surface of interior roll body and distensible ring together with pushing against between the other end of the outer roller and the interior roll body.It is convenient when interior roll body and outer roller are fixed together.
Preferably, the distensible ring and the interior roll body are linked together by clamping screw.Change distensible ring by rotation lock bolt to be locked together interior roll body and outer roller together to realize to change coupling mechanism force along the depth in the outer roller of spindle rotating direction insertion.Convenience during making is good.
As preferred, the clearance adjustment mechanism includes hydraulic station, be connected to the cylinder body of the frame and sealing is slidably connected to piston in cylinder body, hydraulic cavities are formed between the piston and cylinder body, the hydraulic cavities are provided with fuel feed hole, the piston is connected with the drive rod for driving the pair of crushing rotary drum division, the hydraulic cavities are connected with gas receiver, and the hydraulic station includes fuel tank and the hydraulic pump being input to the hydraulic oil in fuel tank through the fuel feed hole in the hydraulic cavities.The oil pressure that the hydraulic pump for setting hydraulic station according to discharge fineness when using is produced to hydraulic cavities, the oil pressure oil of oil pressure intracavitary drives drive rod to go directly or indirectly to drive crushing rotary drum by piston so that the grinding pressure of crushing rotary drum meets the requirements.There is the sand more than sets requirement to enter and when causing instantaneous pressure to increase when running into, now the gas in gas receiver is squeezed and further reduced, avoidance space is provided so as to be retreated for piston towards oil pressure chamber, big sand enable by the way that without producing stuck phenomenon, big sand produces expansion through the gas in storage cylinder later and causes the pressure of crushing rotary drum and gap to be restored to sets requirement.
Preferably, also forming collection chamber between the cylinder body and the piston, the hydraulic cavities and collection chamber are positioned at the both sides of the piston, and the collection chamber is provided with spill port, and the spill port is linked together by oil pipe with the fuel tank.When piston produces poor sealing and causes hydraulic cavities to leak, the oil of leakage is released through spill port and is recovered in fuel tank after being collected together by collection chamber.
As preferred, the balladeur train that the frame is slided provided with fixed cross beam and along a pair of crushing rotary drum distribution arrangements, the clearance adjustment mechanism is by driving the balladeur train to adjust the gap between a pair of crushing rotary drums, the main shaft of a crushing rotary drum in the pair of crushing rotary drum is supported in the frame by the first support base, the main shaft of another crushing rotary drum by the second support base is supported in the balladeur train, and one end of the fixed cross beam is fixed together with first support base, midfoot support is fixed together in second support base, the other end with the frame.The fixed form of crushing rotary drum, stationarity during operation is good.
Preferably, the main shaft is removably connected with two pieces of plate seats being axially distributed along main shaft, the planetary gear rotation is connected between two blocks of plates seat.
As preferred, the motor is provided with binding post, the binding post includes insulator and is arranged at the wiring copper foil of insulator, the wiring copper foil is electrically connected with the coil of the motor, the wiring copper foil is provided with the wiring hole penetrated into the insulator, sleeve is slidably connected in the wiring hole, the sleeve includes the conductive segment together with same wiring copper foil abutting along the insulating segment of sleeve axial direction distribution, the air cavity heated in the insulator provided with the heat produced by wiring copper foil and the overload response cylinder for being used to drive conductive segment with the wiring copper foil to stagger being driven by the gas expansion in air cavity.During to motor wiring, power line is inserted in sleeve and the electrical connection with sleeve is realized, it is what is conducted to be linked together during normal condition for conductive segment with wiring copper foil.Circuit can produce temperature rise when the load, gas in air cavity can produce expansion, overload acts in response to cylinder generation and drives sleeve to be slided in wiring hole during the gas expansion of air cavity, response cylinder is then overloaded when temperature rise is to design temperature and is driven into sleeve and slides into conductive segment and is staggered with wiring copper foil, so as to realize power-off；Temperature can decline after Failure elimination, the contraction of gas of temperature drop then in air cavity, the result of contraction is causes sleeve to be slided in wiring hole towards the anti-direction of same temperature rise phase, and when temperature returns to normal value, then conductive segment links together with wiring copper foil, automatically reset so as to realize again.
As preferred, the overload response cylinder includes overload response cylinder block and overload response cylinder piston, the overload is responded cylinder block and is divided into closing chamber and open cavity by the overload response cylinder piston, the closing chamber is connected with the air cavity, and the overload response cylinder piston is linked together by connecting rod with the sleeve.It is simple in construction.It is easy to make.
Preferably, diameter parallel of the axis of the overload response cylinder piston with the adapter sleeve.Reliability when overload response cylinder driving sleeve is moved can be improved and structural compactness is further improved.
Preferably, the wiring hole is vertically extending, the wiring copper foil is located at the lower end of the wiring hole, and the insulating segment is located at the lower section of the conductive segment, and the insulating segment is sealed connected together with the wiring hole, and conduction liquid is filled with the wiring hole.Repeatedly action can be avoided to produce to produce electrical contact bad phenomenon after abrasion and prevent from producing sparking during action.
Preferably, inner seal ring of the insulating segment provided with the exterior seal ring for being sealed connected together insulating segment with wiring hole and for insulating segment to be sealed connected together with power line.It can both ensure that sleeve is reliably sealed connected together with wiring copper foil, and resistance when can reduce mobile.
Preferably, the inner peripheral surface of the insulating segment is provided with support ball.Resistance when further can reduce mobile, to improve sensitivity during dynamic overload response.
Preferably, the inner peripheral surface of the conductive segment, which is provided with the inner support shell fragment radially-inwardly arched upward along conductive segment, outer peripheral face, is provided with the outer support shell fragment radially outward arched upward along conductive segment.Reliability during relay contacts can either be improved, resistance when can reduce mobile again is to improve response sensitivity.
Present invention tool has the advantage that：Load is uniform, can realize the diminution of outer tube volume；Shock and vibration can be eliminated；It can not provide two rollers separated avoidance space during sand to run into bulky grain of precision-fit and the gap that produces using planetary gear；Bearing capacity is big, bearing capacity is strong, high impact-resistant, anti-vibration, continuously run long lifespan, and transmission efficiency, long-term work are reliable and stable；Oil bath lubrication can be carried out, convenience during lubrication is good；.
Brief description of the drawings
Schematic top plan view when Fig. 1 is the progress broken section of the embodiment of the present invention one.
Fig. 2 is crushing rotary drum and the enlarged diagram of driving structure.
Fig. 3 is the left view schematic diagram of embodiment one.
Fig. 4 is the enlarged diagram of cylinder body.
Fig. 5 is the section view enlarged diagram of the road wheel in Fig. 3, the state that can only be not enough supported for tyre pressure by roller in the figure.
Fig. 6 is Fig. 5 A close-up schematic views.
Fig. 7 is the section view enlarged diagram of the road wheel in Fig. 3, is tyre pressure is enough and is supported by inflation tyre state in the figure.
Fig. 8 is schematic diagram when binding post links together with power line.
The enlarged diagram of the binding post of motor in Fig. 9 embodiments two.
Figure 10 is the partial schematic diagram of the embodiment of the present invention three.
In figure：Cylinder body 1,Hydraulic cavities 11,Collection chamber 12,Fuel feed hole 13,Spill port 14,Gusset piece 15 is installed,Connecting bolt 151,Bolt hole 16,Reinforcing plate 17,Piston 18,Drive rod 181,Gas receiver 19,Drive mechanism 2,Ring gear 21,Planetary gear 22,First gear 23,Gearing shaft 24,Supplementary bearing 241,Gear-box 25,Casing 251,Input gear 252,Output gear 253,Power input shaft 254,Driven pulley 26,Drive pulley 27,Motor 28,Belt 29,Crushing rotary drum 3,Roll cylinder 30,Outer roller 31,Distensible ring 32,Clamping screw 321,Interior roll body 33,Opening 331,Steady pin 332,Spindle drum 34,The cooperation conical surface 35 between distensible ring and outer roller,The cooperation conical surface 36 of outer roller and interior roll body,Base bearing 37,Main shaft 38,Main shaft boring cover 381,Tank filler sleeve 382,Plate seat 383,Frame 4,Fixed cross beam 41,Hydraulic supporting feet 42,Balladeur train 43,First support base 44,Second support base 45,Clearance adjustment mechanism 5,Hydraulic station 51,Binding post 6,Wiring copper foil 61,Wiring hole 62,Air-vent 621,Insulator 63,Sleeve 64,Insulating segment 641,Conductive segment 642,Exterior seal ring 643,Inner seal ring 644,Support ball 645,Inner support shell fragment 646,Outer support shell fragment 647,Air cavity 65,Overload response cylinder 66,Overload response cylinder block 661,Closing chamber 6611,Open cavity 6612,Stomata 6613,Overload response cylinder piston 662,Connecting rod 663,Air flue 67,Power line 68,Annular seal space S,Road wheel 7,Wheel rim 71,Spoke 72,Inflation tyre 73,Anti-tie mechanism for tire 79,Roller 791,Spline structure 7911,Air reservoir 792,Inflate piston 7921,Annular seal space 7922,Push rod 7923,Air flue 7924,Thread bush 793,Screw mandrel 794,Input section 7941,Force-limiting device 7942,First friction plate 79421,Second friction plate 79422,Coupling mechanism force regulating bolt 79423,Deferent segment 2943,Box of tricks 795,Ring gear 7951,External toothing 7952,Clutch gear 7953,Connecting shaft 7954.
Embodiment
The present invention is further illustrated with embodiment below in conjunction with the accompanying drawings.
Embodiment one, referring to Fig. 1, a kind of compaction type sweetened bean paste-making machine of conveniently moving, including frame 4 and clearance adjustment mechanism 5.
Frame 4 is provided with a pair of crushing rotary drums 3.A pair of crushing roll 3 and are distributed along the longitudinal direction.The axis of crushing rotary drum 3 extends in left-right direction.Crushing rotary drum 3 includes rolling cylinder 30 and main shaft 38.Cylinder 30 is rolled to be arranged and be rotatably connected on main shaft 38.The two ends of main shaft 38 are connected in frame 1.Each crushing rotary drum 3 is rotated by a driving of driving structure 2.
Drive mechanism 2 includes gearing shaft 24, gear-box 25, driven pulley 26, drive pulley 27 and motor 28.Motor 28 is connected in frame 1.Drive pulley 27 is connected on the motor shaft of motor 28.Driven pulley 26 is linked together by belt 29 with drive pulley 27.Gear-box 25 includes casing 251, input gear 252 and output gear 253.Casing 251 is sealing mechanism.Casing 251 is fixed in frame 1.Input gear 252 and output gear 253 mesh together and in casing 251.Input gear 252 is provided with the power input shaft 254 for stretching out casing 251.Driven pulley 26 is connected on power input shaft 254.The rotary seal of power input shaft 254 is connected to casing 251.Output gear 253 is connected to one end that gear goes to axle 24.The rotary seal of gearing shaft 24 is connected to casing 251.Lubricating oil is added when using the internal part of gear-box 25 is lubricated in casing 251.
The hydraulic station 51 of clearance adjustment mechanism 5 and cylinder body 1.Hydraulic station 51 includes fuel tank and hydraulic pump.Cylinder body 1 is connected to frame 4.Cylinder body 1 is provided with gas receiver 19.Cylinder body 1 links together with hydraulic station 51.
Referring to Fig. 2, drive mechanism 2 also includes ring gear 21, planetary gear 22 and first gear 23.Gearing shaft 24 is supported in the left end of main shaft 38 by some supplementary bearings 241.Gearing shaft 24 is provided with the first gear 23 being located in ring gear 21.Linked together between first gear 23 and ring gear 21 by planetary gear 22, planetary gear 22 there are two.
Rolling cylinder 30 includes outer roller 31, distensible ring 32, interior roll body 33 and spindle drum 34 that ecto-entad is set gradually.Outer roller 31 is set in outside interior roll body 33.Together with the left end of outer roller 31 is abutted with the interior cone match of roll body 33.The cooperation conical surface 36 of outer roller and interior roll body is the big conical surface of the small outer diameter of inner diameter.Distensible ring 32 is located between outer roller 31 and the right-hand member of interior roll body 33.It is cone match between distensible ring 32 and outer roller 31.The conical surface 35 is coordinated to be the big conical surface of the small outer diameter of inner diameter between distensible ring and outer roller.Coordinate between distensible ring 32 and interior roll body 33 for cylinder cooperation.Distensible ring 32 and interior roll body 33 are linked together by clamping screw 321.Drive distensible ring 32 to realize along main shaft axial movement by rotation lock bolt 321 to be locked together interior roll body and outer roll body.Interior roll body 33 is tubular construction.Ring gear 21 and planetary gear 22 are located in interior roll body 33.The opening 331 that the left end formation ring gear 21 of interior roll body 33 can be penetrated（Ring gear 21 is to be encased in through opening 331 in interior roll body 33 when assembling）.Ring gear 21 is by being arranged in interior roll body 33 and wearing（Certainly hold out against also possible）Linked together in the steady pin 332 of the outer peripheral face of ring gear 21 with interior roll body 33.The left and right ends of interior roll body 33 are respectively removably connected with a spindle drum 34 by bolt.Spindle drum 34 is supported in main shaft 38 by base bearing 37.Roll and annular seal space S is formed between cylinder and main shaft 38.Main shaft 38 is hollow-core construction.The right-hand member of main shaft 38 is sealedly connected with main shaft boring cover 381.Main shaft boring cover 381 is provided with the tank filler sleeve 382 connected with annular seal space S.
Lubricating oil is added in annular seal space S through tank filler sleeve 382 when using part of the drive mechanism 2 in annular seal space S is lubricated.Crushing rotary drum 3 is supported in frame by main shaft 38.
Referring to Fig. 3, frame 4 is lifted away from the hydraulic supporting feet 42 on ground provided with fixed cross beam 41, road wheel 7, by road wheel 7 and slidably connects balladeur train 43.Balladeur train 43 is that the distribution arrangement of a pair of crushing rotary drums 3 is slided along the longitudinal direction.The main shaft 38 of a crushing rotary drum in a pair of crushing rotary drums 3 is fixed in frame 4 by the first support base 44, the main shaft of another crushing rotary drum is fixed on balladeur train 43 by the second support base 45.The left end of fixed cross beam 41 is fixed together with the first support base 44, same second fixed supporting seat 45 in middle part is slidably connected together, right-hand member is fixed together with frame 1.Cylinder body 1 is equipped with drive rod 181 and is connected with installation gusset piece 15.Drive rod 181 is fixed together after stretching out cylinder body 1 with balladeur train 43.Drive rod 181 extends along the longitudinal direction.Gusset piece 15 is installed and is provided with bolt hole 16.Bolt hole 16 is axially extending along drive rod 181.Install and reinforcing plate 17 is provided between gusset piece 15 and cylinder body 1.Cylinder body 1 passes through attaching nut after bolt hole 16 by connecting bolt 151 and is fixed in frame 4.
Road wheel 7 includes spoke 72, is connected to the wheel rim 71 of spoke and is connected to the inflation tyre 73 of wheel rim.
Referring to Fig. 4, the interior sealing of cylinder body 1 slidably connects piston 18.Cylinder body 1 is divided into hydraulic cavities 11 and collection chamber 12 by piston 18.Hydraulic cavities 11 are connected with gas receiver 19.Hydraulic cavities 11 are provided with fuel feed hole 13.Fuel feed hole 13 is with hydraulic station 51（Referring to Fig. 1）Hydraulic pump the port of export link together, i.e. hydraulic pump enters fuel feed hole 13 and hydraulic oil is input in hydraulic cavities 11.Collection chamber 12 is provided with spill port 14.Spill port 14 is linked together by the fuel tank of hydraulic station.The inner of drive rod 181 links together with piston 18.Drive rod 181 stretches out cylinder body 1 through collection chamber 12.
Referring to Fig. 5, road wheel 7 also includes anti-tie mechanism for tire 79.Anti-tie mechanism for tire 79 includes roller 791, air reservoir 792, thread bush 793, screw mandrel 794 and box of tricks 795.Wheel rim 71 is provided with inflation tyre 73.Roller 791 is coaxially fixed together with wheel rim 71.Roller 791 and wheel rim 71 are distributed along the axial direction of wheel rim 71.Roller 791 is provided with spline structure 7911.Spline structure 7911 is the strip hole axially extending along wheel rim for being arranged at roller 791.Air reservoir 792 is arranged in the barrel of roller 791.Air reservoir 792 be and the coaxial annular cylinder of roller 791.Provided with inflation piston 7921 in air reservoir 792.Inflate diameter parallel of the axis with wheel rim 71 of piston 7921.Air reservoir 792 is isolated annular seal space 7922 by inflation piston 7921.Annular seal space 7922 is connected by air flue 7924 with inflation tyre 73.Inflation piston 7921 is linked together by least two push rods 7923 with thread bush 793.Push rod 7923 is circumferentially distributed along roller 791.Push rod 7923 is correspondingly through the strip hole for constituting spline structure 7911.Screw mandrel 794 is arranged in roller 791.Screw mandrel 794 includes input section 7941, force-limiting device 7942 and deferent segment 2943.One end of deferent segment 2943 is rotatably connected with roller 791, the end also between roller 791 also along roller 791 be axially connected together i.e. screw mandrel 794 can not along roller 791 axial movement.The other end of deferent segment 2943 is linked together by force-limiting device 7942 with deferent segment 2943.The screw thread of thread bush 94 is set on deferent segment 2943.Box of tricks 795 includes ring gear 7951, external toothing 7952 and clutch gear 7953.Ring gear 7951 is connected on the inner peripheral surface of roller 791.External toothing 7952 is connected to input section 7941.It is that the two is located at approximately the same plane that external toothing 7952, which is located in ring gear 7951,.Clutch gear 7953 is provided with connecting shaft 7954.
Referring to Fig. 6, force-limiting device 7942 includes the first friction plate 79421 and the second friction plate 79422 and coupling mechanism force regulating bolt 79423.First friction plate 79421 is connected to input section 7941.Second friction plate 79422 is connected to deferent segment 2943.First friction plate 79421 and the second friction plate 79422 coupling mechanism force regulating bolt 79423 hold out against push against under effect together with and power is transmitted by rubbing action.Can also be adjusted by rotation lock clamp force regulating bolt 79423 between first friction plate 79421 and the second friction plate 79422 friction come come make it possible to transmission power size.
Referring to Fig. 7, when road wheel is connected, spoke 72 links together with frame 4.Inflate inflation tyre 73 when piston 7921 is in the position and make it that tire pressure is inadequate in annular seal space 7922 due to gas flow, it is now that mounting platform is supported by roller 791 and walking is realized, so that the inflation tyre 73 when pricking tire section that avoids passing through is punctured.
When to recover normal tire pressure and walked by inflation tyre support, clutch gear 7953 is inserted between ring gear 7951 and external toothing 7952 and so that ring gear 7951 is meshed together with external toothing 7952 by clutch gear 7953.Clutch gear 7953 is also fixed together by connecting shaft 7954 with power buggy 3.Then rotate forward road wheel, the rotating speed of screw mandrel 794 produces translation to the right higher than the rotating speed of thread bush 793, thread bush 793 also relative to screw mandrel 794 in the presence of box of tricks 795, the structure of translation moves to right for driving inflation piston 7921 causes the gas compression in annular seal space 7922 into inflation tyre 73 so that road wheel is supported by inflation tyre 73 and walked.When inflation piston 7921, which is shifted to the right to same roller 791, to abut together, the moment of torsion of screw mandrel 794 can increase, so that force-limiting device 7942 skids, so as to realize rotation automatically.Similarly, when have deflated to pneumatic tire 99 and realize be supported by roller 791 when, invert road wheel, the result of reversion is that screw mandrel driving inflation piston 7921 is moved to left, so that the gas in inflation tyre 73 is flowed into annular seal space 7922 so that inflation tyre 73 flat can be supported down by roller 791.
When not needing inflation/deflation, clutch gear 7953 is extracted between the first friction plate 79421 and the second friction plate 79422.
Referring to Fig. 1 and Fig. 2, the process of the rotation of crushing rotary drum is in the present invention：The driving drive pulley 27 of motor 28 is rotated, drive pulley 27 drives driven pulley 26 to rotate by belt 29, driven pulley 26 drives input gear 252 to rotate by power input shaft 254, input gear 252 is rotated by the drive gear power transmission shaft 24 of output gear 253, the driving of gearing shaft 24 first gear 23 is rotated, the driving planetary gear 22 of first gear 23 is rotated, the driving ring gear 21 of planetary gear 22 is rotated, the driving of ring gear 21 inner roller 33 is rotated, and interior roll body 33 drives outer roller 31 to rotate.
Referring to Fig. 1, Fig. 3 and Fig. 4, the process for adjusting the gap of crushing rotary drum is：Hydraulic oil is input in hydraulic cavities 11 and drives piston 18 by the hydraulic motor of hydraulic station 51, the driving drive rod 181 of piston 18 goes drive carriage 43 to move and realizes crushing rotary drum gap and crush the adjustment of pressure, at the same gas in gas receiver 19 by hydraulic oil extruding and energy storage.In crushing process when the big grains of sand cause power moment to increase by crushing rotary drum, piston 18 is squeezed and moved towards hydraulic cavities 11, now the gas in gas receiver 19 is squeezed deformation and provides the space that piston is moved back, and is unlikely to increase too much by instantaneous pressure and damages the equipment such as crushing rotary drum and even produce stuck phenomenon.When piston 18 produces poor sealing, the oil leaked out is collected in collection chamber 12, is most back to afterwards through spill port 14 in fuel tank and is prevented to waste and pollute environment.
Embodiment two, the difference of be the same as Example one is：
Referring to Fig. 8, motor 28 is provided with binding post 6.Binding post 6 includes insulator 63 and is arranged at the wiring copper foil 61 of insulator surface.Insulator 63 is fixed together with the shell of motor 28.Wiring copper foil 61 is electrically connected with the coil of motor.Wiring copper foil 61 is provided with wiring hole 62.Wiring hole 62 is penetrated into insulator 63.Wiring hole 62 is the blind hole of vertically extending upper end closed.The lower end that wiring copper foil 61 is located at wiring hole 62 is openend.Sleeve 64 is slidably connected in wiring hole 62.Sleeve 64 includes insulating segment 641 and conductive segment 642.Insulating segment 641 and conductive segment 642 are axially distributed along sleeve 64.Insulating segment 641 is located at the lower section of conductive segment 642.Provided with air cavity 65 and overload response cylinder 66 in insulator 63.Wiring copper foil 61 constitutes a part for the wall of air cavity 65.Overload at least two, cylinder 66 of response.Overload responds cylinder 66 along the circumferentially distributed of sleeve 64.Overload response cylinder 66 includes overload response cylinder block 661 and overload response cylinder piston 662.Overload response cylinder piston 662 will overload response cylinder block 661 and be divided into closing chamber 6611 and open cavity 6612.Closing chamber 6611 is connected by air flue 67 with air cavity 65.Open cavity 6612 is provided with stomata 6613, opening is realized with atmosphere by stomata 6613.Overload response cylinder piston 662 is linked together by connecting rod 663 with the insulating segment 641 in sleeve 64.Diameter parallel of the axis of overload response cylinder piston 662 with sleeve 64.
Insulating segment 641 is arranged with exterior seal ring 643.Exterior seal ring 643 is rubber ring.Insulating segment 641 is sealed connected together by exterior seal ring 643 with wiring copper foil 61.The inner peripheral surface of insulating segment 641 is provided with inner seal ring 644 and some support balls 645.The inner peripheral surface of conductive segment 642 is provided with inner support shell fragment 646.Inner support shell fragment 646 is the domes radially-inwardly arched upward along conductive segment.The outer peripheral face of conductive segment 642 is provided with outer support shell fragment 647.Outer support shell fragment 647 is the domes radially outward arched upward along conductive segment.Conductive segment 642 is abutted together by outer support shell fragment 647 with wiring copper foil 61.The upper end of wiring hole 62 is provided with air-vent 621.
Referring to Fig. 9, when the power supply that induces one is to motor, power line 68 is located at one end of wiring copper foil 61 from wiring hole 62 and inserted in sleeve 64.Insulating segment 641 is sealed connected together by inner seal ring 644 with power line 68.Inner support shell fragment 646 abuts with the elasticity of power line 68 and conductive segment 642 and the electric conductivity of power line 68 links together together.Conduction liquid is added in wiring hole 62.
The gas that wiring copper foil 61 can be produced in temperature rise, air cavity 65 when the load can produce expansion and iodine produces distillation and causes the air pressure rise in air cavity 65, and the elevated structure of air pressure is flowed to for the gas inlet road 67 in air cavity 65 and driven in closing chamber 6611（Pressure in open cavity 6612 remains identical with atmospheric pressure）Overload response cylinder piston 662 is moved up.Overload response cylinder piston 662 drives sleeve 64 to be moved up in wiring hole 62 by connecting rod 663.Then overloaded when temperature rise is to design temperature and slide into that conductive segment 642 staggers with wiring copper foil 61 in response to the driving sleeve of cylinder 66 and insulating segment 641 is contacted with wiring copper foil 61, so as to realize power-off.Temperature can decline after Failure elimination, contraction of gas and iodine of the temperature drop then in air cavity 65 become solid-state and make it that the air pressure in air cavity 36 declines, the result of decline is causes the slide downward in wiring hole 62 of sleeve 64, and when temperature returns to normal value, then conductive segment 642 links together with wiring copper foil 61, automatically reset so as to realize again.
Embodiment three, the difference of be the same as Example two is：
Referring to Figure 10, main shaft 38 is removably connected with two pieces of plate seats 383 being axially distributed along main shaft.Planetary gear 32 is rotationally connected between two pieces of plate seats 383.
Claims (10)
1. a kind of compaction type sweetened bean paste-making machine of conveniently moving, including frame, the frame is provided with a pair of crushing rotary drums, drive the clearance adjustment mechanism in the gap between a pair of crushing rotary drums of driving structure and adjustment that crushing rotary drum is rotated, it is characterized in that, the crushing rotary drum includes rolling cylinder and main shaft, the jacket casing that rolls sets and is rotationally connected with the main shaft, the crushing rotary drum is linked together by the main shaft with the frame, the drive mechanism rolls the ring gear that cylinder is rotated by axle of the main shaft including being connected to the driving rolled in cylinder, wear and be rotationally connected with the gearing shaft of the main shaft and the gear-box of drive gear drive axis and the motor for inputting power to gear-box, the gearing shaft is provided with the first gear being located in the ring gear, linked together between the first gear and ring gear by some planetary gears, the frame is provided with road wheel and road wheel is lifted away to the hydraulic supporting feet on ground.
2. the compaction type sweetened bean paste-making machine of conveniently moving according to claim 1, it is characterized in that, the gear-box includes casing and the input gear meshed together and output gear in casing, the input gear is provided with the power input shaft for stretching out the casing, the power input shaft is provided with the driven pulley being located at outside casing, the motor is provided with drive pulley, the drive pulley is linked together by belt with the driven pulley, and the output gear links together with the rotary gear axis.
3. the compaction type sweetened bean paste-making machine of conveniently moving according to claim 1 or 2, it is characterised in that described roll forms annular seal space between cylinder and main shaft, the first gear, ring gear and planetary gear are all located in the annular seal space.
4. the compaction type sweetened bean paste-making machine of conveniently moving according to claim 1 or 2, it is characterized in that, described one end for rolling cylinder axial direction is provided with the opening entered for the gear ring, the opening is removably connected with the spindle drum for covering the opening, and the cylinder that rolls is supported on the main shaft by the spindle drum.
5. the compaction type sweetened bean paste-making machine of conveniently moving according to claim 4, it is characterized in that, the cylinder that rolls includes the interior roll body that outer roller and the same outer roller in outer roller are detachably connected, the opening is arranged at the interior roll body, the ring gear is located in the interior roll body, and the ring gear is linked together by the steady pin for being arranged in the interior roll body and wearing or hold out against in the outer peripheral face of ring gear with the interior roll body.
6. the compaction type sweetened bean paste-making machine of conveniently moving according to claim 5, it is characterized in that, together with one end of the outer roller is abutted with the interior roll body cone match, provided with driving outer roller to be in contact with roller beyond interior roll body with the cooperation conical surface of interior roll body and distensible ring together with pushing against between the other end of the outer roller and the interior roll body.
7. the compaction type sweetened bean paste-making machine of conveniently moving according to claim 1 or 2, it is characterized in that, the motor is provided with binding post, the binding post includes insulator and is arranged at the wiring copper foil of insulator, the wiring copper foil is electrically connected with the coil of the motor, the wiring copper foil is provided with the wiring hole penetrated into the insulator, sleeve is slidably connected in the wiring hole, the sleeve includes the conductive segment together with same wiring copper foil abutting along the insulating segment of sleeve axial direction distribution, the air cavity heated in the insulator provided with the heat produced by wiring copper foil and the overload response cylinder for being used to drive conductive segment with the wiring copper foil to stagger being driven by the gas expansion in air cavity.
8. the compaction type sweetened bean paste-making machine of conveniently moving according to claim 1 or 2, it is characterized in that, the road wheel includes spoke, it is connected to the wheel rim of spoke, it is connected to the inflation tyre and anti-tie mechanism for tire of wheel rim, the anti-tie mechanism for tire includes roller, air reservoir, wear and be rotationally connected with the screw mandrel of roller and the thread bush being threaded on screw mandrel, the roller is coaxially fixed together with the wheel rim, provided with inflation piston of the axis with the diameter parallel of the wheel rim in the air reservoir, the air reservoir is isolated annular seal space by the inflation piston, the annular seal space is connected with the tire, the inflation piston is linked together by push rod with the thread bush, the roller is additionally provided with the spline structure for preventing the thread bush from being rotated by axle of the screw mandrel relative to the roller；The road wheel can by change the tire pressure of inflation tyre come when tire tyre surface along wheel rim radially beyond or less than the roller side face.
9. the compaction type sweetened bean paste-making machine of conveniently moving according to claim 8, it is characterised in that, the spline structure is the strip hole axially extending along wheel rim for being arranged at the roller, and the push rod is arranged in the strip hole.
10. the compaction type sweetened bean paste-making machine of conveniently moving according to claim 8, it is characterized in that, the road wheel also includes the box of tricks for making to produce speed discrepancy between the roller and screw mandrel, the screw mandrel includes input section and deferent segment, the input section and deferent segment are linked together by force-limiting device, the thread bush line is connected to the deferent segment, the box of tricks includes being connected to the ring gear of roller, be connected to the input section and the external toothing in ring gear and the clutch gear that can be arranged to plug between ring gear and external toothing.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610345971.9A CN107138219A (en) | 2016-05-24 | 2016-05-24 | The compaction type sweetened bean paste-making machine of conveniently moving |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610345971.9A CN107138219A (en) | 2016-05-24 | 2016-05-24 | The compaction type sweetened bean paste-making machine of conveniently moving |
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| CN107138219A true CN107138219A (en) | 2017-09-08 |
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| CN201610345971.9A Pending CN107138219A (en) | 2016-05-24 | 2016-05-24 | The compaction type sweetened bean paste-making machine of conveniently moving |
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| CN2702776Y (en) * | 2004-06-17 | 2005-06-01 | 盐城建材机械有限公司 | Crusher with protection mechanism |
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| CN102112234A (en) * | 2008-08-25 | 2011-06-29 | 坡利西斯股份公司 | Roller mill |
| CN102543601A (en) * | 2010-12-31 | 2012-07-04 | 北京Abb低压电器有限公司 | Intelligent operation device with automatic closing and time delay shunt trip functions and miniature circuit breaker thereof |
| CN204544285U (en) * | 2015-01-14 | 2015-08-12 | 刘晓亮 | Granularity sand double-roll crusher |
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- 2016-05-24 CN CN201610345971.9A patent/CN107138219A/en active Pending
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2702776Y (en) * | 2004-06-17 | 2005-06-01 | 盐城建材机械有限公司 | Crusher with protection mechanism |
| CN102112234A (en) * | 2008-08-25 | 2011-06-29 | 坡利西斯股份公司 | Roller mill |
| CN201346478Y (en) * | 2008-12-12 | 2009-11-18 | 上海建设路桥机械设备有限公司 | Adjustor for adjusting gap between fixed roller and movable roller of wheel tooth type breaker |
| CN102543601A (en) * | 2010-12-31 | 2012-07-04 | 北京Abb低压电器有限公司 | Intelligent operation device with automatic closing and time delay shunt trip functions and miniature circuit breaker thereof |
| CN204544285U (en) * | 2015-01-14 | 2015-08-12 | 刘晓亮 | Granularity sand double-roll crusher |
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