CN201058927Y - Full-automatic leather boarding machine - Google Patents
Full-automatic leather boarding machine Download PDFInfo
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- CN201058927Y CN201058927Y CNU200720040674XU CN200720040674U CN201058927Y CN 201058927 Y CN201058927 Y CN 201058927Y CN U200720040674X U CNU200720040674X U CN U200720040674XU CN 200720040674 U CN200720040674 U CN 200720040674U CN 201058927 Y CN201058927 Y CN 201058927Y
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- roller
- fixed
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- 239000010985 leather Substances 0.000 title claims abstract description 164
- 238000004898 kneading Methods 0.000 claims abstract description 69
- 238000003860 storage Methods 0.000 claims abstract description 57
- 238000001035 drying Methods 0.000 claims abstract description 21
- 239000004744 fabric Substances 0.000 claims description 34
- 229910000831 Steel Inorganic materials 0.000 claims description 29
- 230000005540 biological transmission Effects 0.000 claims description 29
- 239000010959 steel Substances 0.000 claims description 29
- 238000010276 construction Methods 0.000 claims description 18
- 210000000080 chela (arthropods) Anatomy 0.000 claims description 10
- 230000001360 synchronised effect Effects 0.000 claims description 7
- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Substances O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 claims description 6
- 230000008602 contraction Effects 0.000 claims description 5
- 229920002209 Crumb rubber Polymers 0.000 claims description 3
- 238000009434 installation Methods 0.000 claims description 3
- 238000005304 joining Methods 0.000 claims description 3
- 238000009827 uniform distribution Methods 0.000 claims description 3
- 238000000034 method Methods 0.000 abstract description 8
- 230000000694 effects Effects 0.000 abstract description 5
- 238000004519 manufacturing process Methods 0.000 abstract description 5
- 239000000463 material Substances 0.000 abstract 6
- 239000011521 glass Substances 0.000 abstract 1
- 239000002932 luster Substances 0.000 abstract 1
- 238000004381 surface treatment Methods 0.000 abstract 1
- 230000033001 locomotion Effects 0.000 description 6
- 238000005516 engineering process Methods 0.000 description 4
- 239000002649 leather substitute Substances 0.000 description 4
- 229920001971 elastomer Polymers 0.000 description 2
- 238000003756 stirring Methods 0.000 description 2
- 230000006837 decompression Effects 0.000 description 1
- 238000007599 discharging Methods 0.000 description 1
- 238000006073 displacement reaction Methods 0.000 description 1
- 239000004459 forage Substances 0.000 description 1
- 230000008676 import Effects 0.000 description 1
- 239000003595 mist Substances 0.000 description 1
- 238000011084 recovery Methods 0.000 description 1
- 238000005096 rolling process Methods 0.000 description 1
- 239000007921 spray Substances 0.000 description 1
- 239000003351 stiffener Substances 0.000 description 1
- 238000010792 warming Methods 0.000 description 1
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Abstract
The utility model discloses a fully automatic leather boarding machine which is subsequent leather surface treatment equipment in the process of manufacturing leatheroid and is very important to improve the plasticity, texture, luster and handle of a leather surface; the machine comprises a mainframe, a leather discharge mechanism, a leather storage mechanism, a leather clamp and a drying box. The coiled leather material enters to the mainframe; the leather material is kneaded by an upper kneading disk and a lower kneading disk of the mainframe. The leather clamp has the effect of fixing the position of the leather material which is to be treated with. The leather storage mechanism is used to store the leather material before and after being kneaded in order that the leather material can rapidly pass in and out the mainframe. An eccentric adjusting mechanism arranged in the mainframe changes the rotating radius. The leather material is kneaded and then enters to the drying box for drying, then is kneaded to be soft through the boarding machine and enters to a leather receiving mechanism. The whole process of kneading leather can be monitored through a glass door and window. The boarding machine is full automatically controlled by an electrical control system and has high production efficiency and good kneading quality.
Description
Technical field
The utility model relates to a kind of leather-making machinery, is specifically related to the full-automatic boarding machine of artificial leather.
Background technology
Artificial leather is in the tanning production flow process, and it is important operation that the later stage is rubbed line to leather surface.It is the leather surface that will be shaped through gently rubbing repeatedly, make any surface finish, soft and smooth of leather, have good emulation lines, good glossiness and feel improve the surface quality of leather.At present the leather wrinkling operation generally adopts drum-type to get rid of throwing technology, and it is that leather with rolling is cut into one section one section, puts in the cylinder and rolls.Technology is simple and crude, rubs the line quality and is difficult to guarantee, reduces the volume recovery of leather.
Summary of the invention
The utility model provides a kind of full-automatic leather wrinkling machine, and it comprises by the kneading disk up and down of mainframe and two symmetries and main frame that transmission mechanism is formed, install and wait to rub putting leather mechanism, storage leather mechanism, folder leather pincers, rub back drying baker and boarding machine structure, receiving leather mechanism several sections of leather volume.The artificial leather of lopping enters storage leather mechanism, main frame, drying baker, boarding machine successively and enters at last and receive leather mechanism from putting leather mechanism, realizes that full process automatization rubs line.
The utility model is with following technical scheme reality: a kind of full-automatic leather wrinkling machine is characterized in that: it comprises main frame, puts leather mechanism, storage leather mechanism, folder leather pincers and five parts of drying baker;
Described main frame comprises the motor of mainframe, kneading disk, the swing of driving kneading disk and buncher that splined shaft, driving kneading disk move up and down and chain transmission, chain; Described mainframe is the steel construction rectangular frame, four lifting slide bars of four jiaos of vertical fixing of mainframe upper and lower side; Described kneading disk frame is the steel construction rectangular frame, and four lifting sliding sleeve sliding fits of two kneading disk frame Corner Strappeds are sleeved on the lifting slide bar up and down; Kneading disk frame inner chamber symmetry is fixed two horizontal sliding bars, and the sliding sleeve sliding fit that is fixed on two vertical slide bar two ends is installed on the horizontal sliding bar; Described kneading disk is a disc-shape, and four fixing sliding sleeve sliding fits of its outside are sleeved on two vertical slide bars; The protruding soft ball of the inboard fixing flexible that evenly gathers of kneading disk, the center makes strip shape and enters to remove from office the hole, advances to remove from office the retaining pawl that two symmetries are installed on the end face of inboard, hole; Kneading disk connects with the tuningout concentric mechanism; Described splined shaft two ends are vertically mounted on the mainframe by bearing, and its upper end is connected with the buncher that is fixed on the mainframe upper end; Splined shaft connects with the tuningout concentric mechanism; Described buncher is installed in the middle part of mainframe upper end, and connects with two jockey sprockets that are installed in the mainframe upper end by the chain transmission width of cloth; Be installed in mainframe up and down corresponding four jockey sprockets at two ends connect by four chains respectively, the connecting axle of chain by being fixed on chain one side connects with kneading disk frame up and down respectively; Two concave-convex surfaces soft rubs ball is mounted on the mainframe middle part by spring inner chamber; Be installed in the middle part of mainframe lower end by the wide serrated roller of receipts of two surface band V belt flute profiles that are parallel to each other; Be installed in the middle part of mainframe upper end by the fabric width compressing roller of two surperficial belt leather band-slots that are parallel to each other; Hot-water nozzle is fixed on the bottom of mainframe, and connects with heat-exchanger pump by valve and water-supply-pipe;
The described leather mechanism of putting comprises the triangular supports of two secured in parallel in the mainframe outer lower portion, and in the half slot of the rack-mount portion of mandrel of leather volume, guide roller is fixed on the mainframe of support bottom;
Described storage leather mechanism, comprise storage leather frame, go up delivery roll, down delivery roll, go up that fabric width shrinks roller, fabric width shrinks roller, leading screw, nut, dance roller and buncher down; Described storage leather frame is the steel construction rectangular frame of and disjunctor contour with mainframe; Last delivery roll two ends are installed in the top that frame is removed from office in storage by the bearing level, and connect with the buncher that is installed in storage leather frame upper end by the chain transmission, and pressure roller is near last delivery roll, and two ends are installed in by bearing and store on the leather frame; The delivery roll two ends are installed in the bottom that frame is removed from office in storage by the bearing level under described, and connect with the buncher that is installed in storage leather frame lower by the chain transmission, the close delivery roll down of pressure roller, and two ends are installed in by bearing and store on the leather frame; Described buncher and buncher are synchronous motor; Described four rhizoid bar two ends are vertically mounted on storage leather frame upper and lower side by bearing, its upper end respectively by the chain transmission be installed in storage leather frame on two synchronous bunchers connect; Nut of suit on every screw mandrel, two can rotation the dance roller two ends be separately fixed on two nuts in front and back of left and right side; The described fabric width contraction roller of going up shrinks the roller two ends are installed in storage leather frame respectively by bearing upper and lower part with following fabric width, and buncher is installed in stores the bottom of removing from office frame, and goes up fabric width respectively by the chain transmission width of cloth and shrink roller and the connection of following fabric width contraction roller;
Described drying baker comprises casing, be installed in the two rows delivery roll of cabinets cavity, be installed in lower box boarding machine, receive leather frame and air-heater; Described casing is a steel construction rectangular frame casing, the contour and disjunctor installation with storage leather frame; Delivery roll divides two rows to arrange, and two ends are installed in the inner chamber of casing by bearing, on arrange the last delivery roll that delivery roll one end removes from office in the mechanism by chain transmission and storage and connect; Exhaust duct is installed in the upper end of casing; Two triangles are received leather frame secured in parallel in the outside of lower box, receive the leather mandrel and are installed in the half slot of receiving leather frame upper end, and its end connects with buncher by the chain transmission; Described boarding machine is installed in the bottom of casing; Described guide roller, guide roller two ends are installed in the inner chamber of lower box respectively by bearing; Described air-heater is installed in the bottom of casing and removes from office the inner chamber perforation of frame by airduct and threeway respectively with casing and storage;
Described folder leather pincers comprise the clamp frame that is horizontally fixed on the outer middle side part of mainframe, vertical hinge, horizontal hinge; Described clamp frame is the steel construction rectangular frame, and its left end is fixed on the middle part on mainframe right side, and its underpart is fixed with cant beam triangularity and mainframe; Two horizontal sliding bar both ends horizontal are fixed on the inner chamber of clamp frame, and two hole sliding fits on the cuboid slide block are installed on two horizontal sliding bars; The horizontal hinge of described parallelogram, ground way wherein are fixed on the side of mainframe, and wherein the mobile slideway of right-hand member upper end is vertically fixed on the slide block bottom; The ground way of described horizontal hinge left end is fixed on the mainframe, sliding fit is installed an end of hinge removable pin in the slide groove of ground way, the hinge removable pin is the right angled triangle cylinder, its other end sliding fit is installed in the hole at kneading disk push rod middle part, the kneading disk push rod vertically is seated in the mainframe, its lower end is fixed on down on the kneading disk frame, and the upper end sliding fit is installed in the push rod positioning sleeve, and the push rod positioning sleeve is fixed on the frame of mainframe; Described vertical hinge is the parallelogram hinge, and two vertical slide bar middle part stationary fits wherein are fixed on the slide block, and two ends connect with connecting plate; Circular hole sliding fit on two mobile slideway is sleeved on two vertical slide bars, and two movable slide bar left ends are fixed two clamp bars respectively; The left end of two mobile slideway in described front and back installs and fixes pin, and right-hand member is installed removable pin, and vertically the left end stationary fit of hinge middle part installs and fixes pin, and right-hand member is fixed on the upper end of slide block face by the movable backing pin of hinge; Two blocks are fixed on described clamp frame top.
Described tuningout concentric mechanism comprises internal spline bevel gear, gear shaft, bevel gear pair, axle that connects with splined shaft and the leading screw support that fixes with it, leading screw and the nut that connects with it, the bearing pin that connects with gentle dish; Described internal spline bevel gear is installed on the gentle plate rail by bearing block, and its splined hole is sleeved on the splined shaft; Fixing bevel gear and the internal spline bevel gear of gear shaft one end that is installed on the gentle plate rail by bearing block meshes, and the other end connects with axle key by bevel gear is secondary; Axle is installed on the gentle plate rail by bearing and bearing block, and the upper end of axle is steel construction rectangle leading screw support fixedly; The leading screw two ends are installed on the leading screw support by axle sleeve; Lifting nut is installed on the external screw thread of axle by internal thread, the external cylindrical surface sliding fit of lifting nut is sleeved in the hole of adjusting cover and fixes with the adjustment screw, adjustment puts four springs of the uniform vertical fixing of end face, four through holes that the spring upper end is passed on the bearing block contact with steel ball, steel ball is installed in four semi-circular recesses on the bevel gear lower surface, and bevel gear is installed in the top of axle by bearing and connects with an end of leading screw by another cone pinion and key; Described nut sleeve is contained on the leading screw, and the bearing pin sliding fit that is vertically fixed on the nut is sleeved in the hole that softens on coiling.
Described boarding machine comprises buncher and joining with it reciprocal moving axis, inner ring action roller, outer ring roller; Roller two ends, described six outer rings are installed on two disc outer ring roller framves with garden Zhou Junbu by bearing, and cylindrical roller frame is fixed on the bottom of casing in the drying baker; Six inner ring action roller two ends are installed on two inner ring action roller framves with circumference uniform distribution by bearing, and two inner ring action roller framves are fixed on the reciprocal moving axis by key respectively, and back and forth end shaft is installed in the centre bore of outer ring roller frame by the axle sleeve sliding fit; Back and forth an end generatrix direction of moving axis is made cam path, and the cam sliding fit that is installed on the motor shaft is sleeved in the described cam path; Be stained with on the periphery of described inner ring action roller and outer ring roller and paste the crumb rubber plate.
Good effect of the present utility model is:
1, this leather wrinkling machine compact conformation, rationally, degree of changing into height automatically, production efficiency height.
2, this machine collection through rub preceding water spray, rub line, oven dry, soft four operations of stranding handle leather surface, technology is reasonable, the leather surface after rubbing is anti-very effective, flexibility is good, good hand touch.
Description of drawings
Below in conjunction with drawings and Examples the utility model is described in further detail.
Fig. 1 is the utility model structural representation;
Fig. 2 is the vertical view of Fig. 1;
Fig. 3 is the A place partial enlarged drawing of Fig. 1;
Fig. 4 is the B place partial enlarged drawing of Fig. 1;
Fig. 5 is the C place partial enlarged drawing of Fig. 1;
Fig. 6 is the D place partial enlarged drawing of Fig. 1;
Fig. 7 is the F-F profile of Fig. 6;
Fig. 8 is the E place partial enlarged drawing of Fig. 2;
Fig. 9 is the F place partial enlarged drawing of Fig. 2.
Among the figure: 1, put leather mechanism, 1-1, support, 1-2, guide roller, 2, storage leather mechanism, 2-1, buncher, 2-2, last delivery roll, 2-3, pressure roller, 2-4, storage leather frame, 2-5, buncher, 2-6, leading screw, 2-7, last fabric width shrinks roller, 2-8, nut, 2-9, dance roller, 2-10, buncher, 2-11, following delivery roll, 2-12, pressure roller, 2-13, buncher, 2-14, following fabric width shrinks roller, 3, main frame, 3-1, mainframe, 3-2, the lifting slide bar, 3-3, kneading disk, 3.3-1, the soft ball of projection, 3.3-2, sliding sleeve, 3.3-3, enter to remove from office the hole, 3.3-4, the retaining pawl, 3-4, horizontal sliding bar, 3-5, the lifting sliding sleeve, 3-6, vertical slide bar, 3-7, the tuningout concentric mechanism, 3.7-1, bearing block, 3.7-2, the internal spline bevel gear, 3.7-3, bevel gear, 3.7-4, gear shaft, 3.7-5, bearing block, 3.7-6, the bevel gear pair, 3.7-7, adjust screw, 3.7-8, bearing, 3.7-9, axle, 3.7-10, the leading screw support, 3.7-11, adjust cover, 3.7-12, lifting nut, 3.7-13, bearing block, 3.7-14, spring, 3.7-15, steel ball, 3.7-16, bevel gear, 3.7-17, axle sleeve, 3.7-18, leading screw, 3.7-19, nut, 3.7-20, bearing pin, 3-8, the kneading disk frame, 3-9, the fabric width compressing roller, 3-10, adjust motor, 3-11, the chain transmission, 3-12, splined shaft, 3-13, buncher, 3-14, jockey sprocket, 3-15, the soft ball of rubbing, 3-16, hot-water nozzle, 3-17, connecting axle, 3-18, chain, 3-19, heat-exchanger pump, 3-20, receive wide serrated roller, 4, folder leather pincers, 4-1, the kneading disk push rod, 4-2, the clamp frame, 4-3, vertical hinge, 4-4, slide block, 4-5, the movable backing pin of hinge, 4-6, vertical slide bar, 4-7, horizontal sliding bar, 4-8, mobile slideway, the horizontal hinge of 4-9,4-10, the hinge removable pin, 4-11, ground way, 4-12, the push rod positioning sleeve, 4-13, block, 4-14, mobile slideway, 4-15, the clamp bar, 4-16, steady pin, 4-17, removable pin, 4-18, steady pin, 5, drying baker, 5-1, casing, 5-2, delivery roll, 5-3, the chain transmission, 5-4, exhaust duct, 5-5, receive the leather mandrel, 5-6, buncher, 5-7, receive the leather frame, 5-8, boarding machine, 5.8-1, the outer ring roller, 5.8-2, reciprocal moving axis, 5.8-3, the inner ring action roller, 5.8-4, cam, 5.8-5, buncher, 5.8-6, outer ring roller frame, 5.8-7, inner ring action roller frame, 5.8-8, axle sleeve, 5.8-9, key, 5.8-10, rubber slab, 5-9, guide roller, 5-10, guide roller, 5.-11, air-heater, 5-12, airduct.
The specific embodiment
As Fig. 1, Fig. 2, Fig. 4, Fig. 5, Fig. 6, Fig. 7, shown in Figure 8, a kind of full-automatic leather wrinkling machine, it comprises main frame 3, puts leather mechanism 1, stores leather mechanism 2, folder leather pincers 4 and 5 five parts of drying baker;
Described main frame 3 comprises mainframe 3-1, kneading disk 3-3, drives the motor 3-13 of kneading disk swing and buncher 3-10 and chain transmission 3-11, the chain 3-18 that splined shaft 3-12, driving kneading disk move up and down; Described mainframe 3-1 is the steel construction rectangular frame, four lifting slide bars of four jiaos of vertical fixing 3-2 of mainframe 3-1 upper and lower side; Described kneading disk frame 3-8 is the steel construction rectangular frame, and four lifting sliding sleeve 3-5 sliding fits of two kneading disk frame 3-8 Corner Strappeds are sleeved on the lifting slide bar 3-2 up and down; Kneading disk frame 3-8 inner chamber symmetry is fixed two horizontal sliding bar 3-4, and the sliding sleeve sliding fit that is fixed on two vertical slide bar 3-6 two ends is installed on the horizontal sliding bar 3-4; Described kneading disk 3-3 is a disc-shape, and four fixing sliding sleeve 3.3-2 sliding fits of its outside are sleeved on two vertical slide bar 3-6; The protruding soft ball 3.3-1 of the inboard fixing flexible that evenly gathers of kneading disk 3-3, the center makes strip shape and advances to remove from office hole 3.3-3, advances to remove from office the retaining pawl 3.3-4 that two symmetries are installed on the end face of 3.3-3 inboard, hole; Kneading disk 3-3 connects with tuningout concentric mechanism 3-7; Described splined shaft 3-12 two ends are vertically mounted on the mainframe 3-1 by bearing, and its upper end is connected with the buncher 3-13 that is fixed on mainframe 3-1 upper end; Splined shaft 3-12 connects with tuningout concentric mechanism 3-7; Described buncher 3-10 is installed in the middle part of mainframe 3-1 upper end, and connects with two jockey sprocket 3-14 that are installed in mainframe 3-1 upper end by chain transmission width of cloth 3-11; Be installed in mainframe 3-1 up and down corresponding four jockey sprocket 3-14 at two ends connect by four chain 3-18 respectively, the connecting axle 3-17 of chain 3-18 by being fixed on chain one side connects with kneading disk frame 3-8 up and down respectively; Two concave-convex surfaces soft rubs ball 3-15 is mounted on mainframe 3-1 middle part by spring inner chamber; Be installed in the middle part of mainframe 3-1 lower end by the wide serrated roller 3-20 of receipts of two surface band V belt flute profiles that are parallel to each other; Be installed in the middle part of mainframe 3-1 upper end by the fabric width compressing roller 3-9 of two surperficial belt leather band-slots that are parallel to each other; Hot-water nozzle 3-16 is fixed on the bottom of mainframe 3-1, and connects with heat-exchanger pump 3-19 by valve and water-supply-pipe;
The described leather mechanism 1 of putting comprises the triangular supports 1-1 of two secured in parallel in mainframe 3-1 outer lower portion, and the mandrel of leather volume is installed in the half slot on support 1-1 top, and guide roller 1-2 is fixed on the mainframe 3-1 of support 1-1 bottom;
Described storage leather mechanism 2, comprise storage leather frame 2-4, go up delivery roll 2-2, down delivery roll 2-11, go up that fabric width shrinks roller 2-7, fabric width shrinks roller 2-14, leading screw 2-6, nut 2-8, dance roller 2-9 and buncher 2-1,2-5,2-10,2-13 down; Described storage leather frame 2-4 is the steel construction rectangular frame of and disjunctor contour with mainframe 3-1; Last delivery roll 2-2 two ends are installed in the top of storage leather frame 2-4 by the bearing level, and connect with the buncher 2-1 that is installed in storage leather frame 2-4 upper end by the chain transmission, pressure roller 2-3 is near last delivery roll 2-2, and two ends are installed on the storage leather frame 2-4 by bearing; Described delivery roll 2-11 two ends down are installed in the bottom of storage leather frame 2-4 by the bearing level, and connect with the buncher 2-10 that is installed in storage leather frame 2-4 bottom by the chain transmission, the close delivery roll 2-11 down of pressure roller 2-12, two ends are installed on the storage leather frame 2-4 by bearing; Described buncher 2-1 and buncher 2-10 are synchronous motor; Described four rhizoid bar 2-6 two ends are vertically mounted on storage leather frame 2-4 upper and lower side by bearing, its upper end respectively by the chain transmission be installed in storage leather frame 2-4 on two synchronous buncher 2-5 connect; Every screw mandrel 2-6 goes up nut 2-8 of suit, two can rotation dance roller 2-9 two ends be separately fixed on two nut 2-8 in front and back of left and right side; The described fabric width contraction roller 2-7 that goes up shrinks roller 2-14 two ends are installed in storage leather frame 2-4 respectively by bearing upper and lower part with following fabric width, buncher 2-13 is installed in the bottom that frame 2-4 is removed from office in storage, and goes up fabric width contraction roller 2-7 respectively by the chain transmission width of cloth and shrink roller 2-14 connection with following fabric width;
Described drying baker 5 comprises casing 5-1, be installed in the two rows delivery roll 5-2 of casing 5-1 inner chamber, be installed in casing 5-1 bottom boarding machine 5-8, receive leather frame 5-7 and air-heater 5-11; Described casing 5-1 is a steel construction rectangular frame casing, with the contour and disjunctor installation of storage leather frame 2-4; Delivery roll 5-2 divides two rows to arrange, and two ends are installed in the inner chamber of casing 5-1 by bearing, on arrange delivery roll 5-2 one end and connect with the last delivery roll 2-2 that storage is removed from office in the mechanism 2 by chain transmission 5-3; Exhaust duct 5-4 is installed in the upper end of casing 5-1; Two triangles are received leather frame 5-7 secured in parallel in the outside of casing 5-1 bottom, receive leather mandrel 5-5 and are installed in the half slot of receiving leather frame 5-7 upper end, and its end connects with buncher 5-6 by the chain transmission; Described boarding machine 5-8 is installed in the bottom of casing 5-1; Described guide roller 5-9, guide roller 5-10 two ends are installed in the inner chamber of casing 5-1 bottom respectively by bearing; Described air-heater 5-11 is installed in the bottom of casing 5-1 and connects with the inner chamber of storage leather frame with casing 5-1 respectively by airduct 5-12 and threeway;
Described folder leather pincers 4 comprise the clamp frame 4-2 that is horizontally fixed on the outer middle side part of mainframe 3-1, vertical hinge 4-3, horizontal hinge 4-9; Described clamp frame 4-2 is the steel construction rectangular frame, and its left end is fixed on the middle part on mainframe 3-1 right side, and its underpart is fixed with cant beam triangularity and mainframe 3-1; Two horizontal sliding bar 4-7 both ends horizontal are fixed on the inner chamber of clamp frame 4-2, and two hole sliding fits on the cuboid slide block 4-4 are installed on two horizontal sliding bar 4-7; The horizontal hinge 4-9 of described parallelogram, ground way 4-11 wherein is fixed on the side of mainframe 3-1, and wherein the mobile slideway 4-8 of right-hand member upper end is vertically fixed on slide block 4-4 bottom; The ground way 4-11 of described horizontal hinge 4-9 left end is fixed on the mainframe 3-1, sliding fit is installed the end of hinge removable pin 4-10 in the slide groove of ground way 4-11, hinge removable pin 4-10 is the right angled triangle cylinder, its other end sliding fit is installed in the hole at kneading disk push rod 4-1 middle part, kneading disk push rod 4-1 vertically is seated among the mainframe 3-1, its lower end is fixed on down on the kneading disk frame 3-8, the upper end sliding fit is installed among the push rod positioning sleeve 4-12, and push rod positioning sleeve 4-12 is fixed on the frame of mainframe 3-1; Described vertical hinge 4-3 is the parallelogram hinge, and two vertical slide bar 4-6 middle part stationary fits wherein are fixed on the slide block 4-4, and two ends connect with connecting plate; Circular hole sliding fit on two mobile slideway 4-14 is sleeved on two vertical slide bar 4-6, and two movable slide bar 4-14 left ends are fixed two clamp bar 4-15 respectively; The left end of described two the mobile slideway 4-14 in front and back installs and fixes pin 4-16, and right-hand member is installed removable pin 4-17, and vertically the left end stationary fit of hinge 4-3 middle part installs and fixes pin 4-18, and right-hand member is fixed on the slide block 4-4 upper end by the movable backing pin 4-5 of hinge; Described clamp frame 4-2 fixes two block 4-13 in top.
As Fig. 1, Fig. 2, shown in Figure 3, described tuningout concentric mechanism 3-7 comprises internal spline bevel gear 3.7-2, gear shaft 3.7-4, secondary 3.7-6 of bevel gear, axle 3.7-9 and the leading screw support 3.7-10, the leading screw 3.7-18 that fix with it that connects with splined shaft 3-12 and the nut 3.7-19 that connects with it, the bearing pin 3.7-20 that connects with gentle dish 3-3; Described internal spline bevel gear 3.7-2 is installed on the gentle plate rail 3-8 by bearing block 3.7-1, and its splined hole is sleeved on the splined shaft 3-12; Fixing bevel gear 3.7-3 and the internal spline bevel gear 3.7-2 of gear shaft 3.7-4 one end that is installed on the gentle plate rail 3-8 by bearing block 3.7-5 meshes, and the other end is by secondary 3.7-6 of bevel gear and axle 3.7-9 key connecting; Axle 3.7-9 is installed on the gentle plate rail 3-8 by bearing 3.7-8 and bearing block 3.7-13, and the upper end of axle 3.7-9 is steel construction rectangle leading screw support 3.7-10 fixedly; Leading screw 3.7-18 two ends are installed on the leading screw support 3.7-10 by axle sleeve 3.7-17; Lifting nut 3.7-12 is installed on the external screw thread of a 3.7-9 by internal thread, the external cylindrical surface sliding fit of lifting nut 3.7-12 is sleeved in the hole of adjusting cover 3.7-11 and with adjusting screw 3.7-7 and fixes, adjust four spring 3.7-14 of the cover uniform vertical fixing in 3.7-11 upper end, four through holes that spring 3.7-14 passes on the bearing block 3.7-13 upper end contact with steel ball 3.7-15, steel ball 3.7-15 is installed in four semi-circular recesses on the bevel gear 3.7-16 lower surface, and bevel gear 3.7-16 is installed in the top of a 3.7-9 by bearing and connects with the end of leading screw 3.7-18 by another cone pinion and key; Described nut 3.7-19 is sleeved on the leading screw 3.7-18, is vertically fixed on bearing pin 3.7-20 sliding fit on the nut 3.7-19 and is sleeved in the hole on the gentle dish 3-3.
As Fig. 1, Fig. 2, shown in, described boarding machine 5-8 comprises buncher 5.8-5 and joining with it reciprocal moving axis 5.8-2, inner ring action roller 5.8-3, outer ring roller 5.8-1; Roller 5.8-1 two ends, described six outer rings are installed on two disc outer ring roller frame 5.8-6 with garden Zhou Junbu by bearing, and cylindrical roller frame 5.8-6 is fixed on the bottom of casing 5-1 in the drying baker 5; Six inner ring action roller 5.8-3 two ends are installed on two inner ring action roller frame 5.8-7 with circumference uniform distribution by bearing, two inner ring action roller frame 5.8-7 are fixed on the reciprocal moving axis 5.8-2 by key 5.8-9 respectively, and back and forth moving axis 5.8-2 two ends are installed in the centre bore of outer ring roller frame 5.8-6 by axle sleeve 5.8-8 sliding fit; Back and forth the end generatrix direction of moving axis 5.8-2 is made cam path, and the cam 5.8-4 sliding fit that is installed on the buncher 5.8-5 axle is sleeved in the described cam path; Be stained with on the periphery of described inner ring action roller 5.8-3 and outer ring roller 5.8-1 and paste crumb rubber plate 5.8-10.
Shown in Figure 2 as Fig. 1, boarding machine in use, to wait that the artificial leather volume of rubbing line is put on the half slot of leather support 1-1, leather through guide roller 1-2 around to down between delivery roll 2-11 and the pressure roller 2-12, under the driving of buncher 2-10, dance roller 2-9 and the following fabric width of walking around right side in the storage leather mechanism 2 shrink roller 2-14, the leather surface width narrows, under the driving of buncher 2-13, enter the bottom of main frame 3, after hot-water nozzle 3-16 mist is wet, pass and receive wide serrated roller 3-20, again fabric width is narrowed laggard main frame 3 inner chambers of going into, that passes bottom kneading disk 3-3 advances to remove from office hole 3.3-3 and retaining pawl 3.3-4, leather is continuous to continue upwards by two soft centres of rubbing ball 3-15 and two clamp bar 4-15, and that passes top kneading disk 3-3 again advances to remove from office hole 3.3-3 and retaining pawl 3.3-4.Being clamped in up and down leather among two kneading disk 3-3 rubs line and handles.After main frame 3 was rubbed leather line and finished, the fabric width compressing roller 3-9 that leather is walked around mainframe 3-1 top spread out of main frame 3.Leather shrinks the dance roller 2-9 in left side in roller 2-7 and the storage leather mechanism 2 around last fabric width afterwards, carries out after twice breadth relax, and leather passes between delivery roll 2-2 and the pressure roller 2-3, enters drying baker 5 under the driving of buncher 2-1 is drawn.Leather twines the delivery roll 5-2 of lower floor successively and arrives upper layer transfers roller 5-2 repeatedly around biography in drying baker, delivery roll is under the driving of chain transmission 5-3, leather spreads out of drying baker 5, walking around guide roller 5-10 moves into into boarding machine 5-8, walk around guide roller 5-9 again and be wrapped in and receive going up of leather frame 5-7 and receive on the leather mandrel 5-5, receive leather mandrel 5-5 and under buncher 5-6 drives, drive and receive leather mandrel 5-5 and rotate and receive leather.
As Fig. 1, Fig. 2, Fig. 4, shown in Figure 8, leather is rubbed the step of line at main frame 3, at first start buncher 3-10, by chain transmission 3-11, jockey sprocket 3-14, chain 3-18 move up and down up and down, chain 3-18 drives up and down by connecting axle 3-17 that kneading disk frame 3-8 moves to the middle part of main frame 3 along four lifting slide bar 3-2.At this moment the retaining pawl 3.3-4 on the kneading disk 3-3 clamps leather and moves to main frame 3 middle parts thereupon, treat leather encase soft rub ball 3-15 after, clamp bar 4-15 withdraws from main frame 3 automatically.Meanwhile, start two buncher 2-5 quick rotation of storing in the leather mechanism 2, two leading screw 2-6 rotate about driving respectively, and nut 2-8 drives two dance roller 2-9 difference fast moving up and down, make the leather of storing in the storage leather mechanism enter main frame 3 fast.
As Fig. 1, Fig. 2, shown in Figure 3, kneading disk 3-3 rubs after the line operation is achieved in that up and down kneading disk 3-3 moves to main frame 3 centre positions, buncher 3-13 rotates in positive and negative direction by setup program, by splined shaft 3-12, internal spline bevel gear 3.7-2, kneading disk 3-3 was vertically doing the rotation of both forward and reverse directions planar circumferential on slide bar 3-6 and the horizontal sliding bar 3-4 about the bearing pin 3.7-20 on the tuningout concentric mechanism 3-7 stirred.Tuningout concentric mechanism 3-7 adjusts kneading disk 3.3 motion eccentrics automatically during this, leather under protruding soft ball 3.3-1 on the kneading disk 3-3 and soft effect of rubbing ball 3-15, inside and outside positive and negative rubbing (imitative hand rubbing action).In the leather kneading process, buncher 2-5 drives left and right sides leading screw 2-6 respectively with slow rotation and rotates, and nut 2-8 drives two dance roller 2-9 and moves up at a slow speed, normally import, store to reach forage the right in storage leather mechanism, the left side normally is delivered into drying baker 5.Owing to delivery roll 2-11 and last delivery roll 2-2 are adjustable speed motor down, simultaneously with drying baker 5 in delivery roll 5-2 also be synchronized with the movement, leather the phenomenon that degree of tightness differs can not occur in discharging, oven dry motion, realize leather machine production continuity, is convenient to reach automation mechanized operation.
After leather was rubbed in main frame 3, buncher 3-13 shut down, and buncher 3-10 starts reverse rotation, drove kneading disk 3-3 and return original position, and retaining pawl 3.3-4 opens voluntarily.Two buncher 2-5 drive left and right sides leading screw 2-6 rotation respectively, and nut 2-8 drives left and right sides dance roller 2-9 downward fast moving respectively, makes the leather of rubbing withdraw from main frame 3, enter storage leather mechanism 2.Leather simultaneously to be rubbed enters main frame.So just finish one and rubbed the line program.And the like, carry out the next one again and rub the line program.Air-heater 5-11 by airduct 5-12 in rubbing the line process, supply with always main frame 3 cabinet and drying baker 5 carry out heat supply, airduct 5-4 exhaust, what reach that temperature displacement makes that leather keeps necessity in the process of rubbing line and oven dry rubs the line temperature.
As shown in Figure 3, kneading disk tuningout heart operation is achieved in that because axle 3.7-9 and leading screw support 3.7-10 are conjuncted structure, the power of coming at splined shaft 3-12 is when secondary 3.7-6 of bevel gear drives axle 3.7-9 and rotates, leading screw support 3.7-10, leading screw 3.7-18 and the cone pinion that is installed in leading screw 3.7-18 end all rotate with axle 3.7-9.Withstood and to rotate with axle 3.7-9 by spring 3.7-14 and steel ball 3.7-15 in four holes among the bearing block 3.7-13 because of bevel gear 3.7-16 lower surface again.When leading screw 3.7-18 and cone pinion revolve round the sun with axle 3.7-9, cone pinion rotation under the stirring of the bevel gear 3.7-16 that is engaged with, thus driving leading screw 3.7-18 rotation, leading screw 3.7-18 drives rotating nut 3.7-19 and pivot pin 3.7-20 again to moving to left.The screw thread that while lifting nut 3.7-12 prolongs on the axle 3.99 moves down, after the some commentaries on classics of axle 3.7-9, spring 3.7-14, steel ball 3.7-15 lose pressure to bevel gear 3.7-16, bevel gear 3.7-16 changes together with axle, this moment, cone pinion and leading screw 3.7-18 just can not rotations, nut 3.7-19 and no longer slippage of pivot pin 3.7-20 (not enlarging eccentric throw) form kneading disk and rub line in the eccentric throw of design.Axle 3.7-9 obtains reversing the back as above-mentioned situation.Bevel gear 3.7-16 changes together with axle, bearing pin 3.7-20 does not move, eccentric stiffener drives kneading disk and makes eccentric motion, lifting nut 3.7-12 moves up with the rotation of axle 3.7-9, spring 3.7-14 and steel ball 3.7-15 strengthen bevel gear 3.7-16 pressure, when some commentaries on classics back pressure reaches certain value, bevel gear 3.7-16 stops operating, cone pinion reverses under the effect of bevel gear 3.7-16, thereby drives leading screw 3.7-18 counter-rotating, nut 3.7-19, bearing pin 3.7-20 moves right and gets back to original position, the eccentric throw of kneading disk motion is also got back to initial position, buncher 3-13 stops, and splined shaft 3-12 stops, and tuningout heart program is finished.
As shown in Figure 3, adjust lifting nut 3.7-12 and adjust the relative position that overlaps between the 3.7-11, realize spring 3.7-14, steel ball 3.7-15 window of opportunity pressurization and the decompression of bevel gear 3.7-16 by adjusting screw 3.7-7.
The position of representing among Fig. 3 is the occlusal position of following kneading disk 3-3.5 tuningout concentric mechanism 3-7, and the occlusal position of secondary 3.7-6 of bevel gear is the position of double dot dash line distance pole among the last kneading disk 3-3, thereby upper and lower kneading disk is rubbed by opposite direction.
As the position of Fig. 1, Fig. 2, folder shown in Figure 4 leather pincers 4 is position under the clamped condition.The motion of folder leather pincers 4 is performed such: when kneading disk frame 3-8 upwards promotes instantly, driving kneading disk push rod 4-1 moves up along push rod positioning sleeve 4-12, promote to move on the hinge removable pin 4-10, hinge removable pin 4-10 drives horizontal hinge 4-9 horizontal elongation promotion mobile slideway 4-8 and moves right.The slide block of mobile slideway 4-8 promotion simultaneously 4-4 moves to right along horizontal sliding bar 4-7.Drive clamp bar 4-15 moves right and withdraws from main frame 3.When the movable backing pin 4-5 of the hinge on the slide block 4-4 meets right side block 4-13, vertically hinge 4-3 is under the thrust of the movable backing pin 4-5 of hinge, vertical hinge 4-3 vertically elongates two mobile slideway 4-14 of drive, and longitudinally slide bar 4-6 is respectively to the slip of two outsides, and drive clamp bar 4-15 opens.Otherwise kneading disk frame 3-8 moves down, removable pin push rod 4-1 promotes removable pin 4-10 and moves down, laterally hinge 4-9 receives wide, mobile slideway 4-8, slide block 4-4 are moved to the left, and clamp bar 4-15 opens shape and enters main frame 3 inner chambers, when the movable backing pin 4-5 of hinge meets the block 4-13 in left side, vertically hinge 4-3 receives wide, drive two mobile slideway 4-14 and move to the inside, drive clamp bar 4-15 again and clamp leather, recover position as shown in Figure 4.
As Fig. 1, Fig. 2, shown in Figure 9, boarding machine 5-8 is like this work: introduce into inner ring action roller 5.8-3 from the leather that baking oven 5 comes out through guide roller 5-10, again around outer ring roller 5.8-1, inside and outside successively circle roller repeat for six times around after guide roller 5-9 draw.Holder at buncher 5.8-5 is down moving, and leather is wrapped in to be received on the leather mandrel 5-5.Leather prolongs motor shaft 5.8-5 in inner ring action roller 5.8-3 and the outer ring roller 5.8-1 rotating process and goes up the cam 5.8-4 that installs and stir cam path on the reciprocal moving axis 5.8-2.Make reciprocal moving axis 5.8-2 and inner ring action roller frame 5.8-7 and inner ring action roller 5.7-3 make axially reciprocating, inner ring action roller 5.8-3 and outer ring roller 5.8-1 rotation under the drive of leather simultaneously, leather is on interior outer roller surface, and rubber slab 5.8-10 elastic-friction stretches to be issued to and rubs leather with the hands soft function.
Left and right side, complete machine upper end is sealed with warming plate, and front-back seals with the double glazing door, reaches the effect of heat and moisture preserving.Complete machine is controlled automatically by computer.
Claims (3)
1. full-automatic leather wrinkling machine is characterized in that: it comprises main frame (3), puts leather mechanism (1), storage leather mechanism (2), folder leather pincers (4) and (5) five parts of drying baker;
Described main frame (3) comprises mainframe (3-1), kneading disk (3-3), drives the motor (3-13) of kneading disk swing and buncher (3-10) that splined shaft (3-12), driving kneading disk move up and down and chain transmission (3-11), chain (3-18); Described mainframe (3-1) is the steel construction rectangular frame, four lifting slide bars of four jiaos of vertical fixing (3-2) of mainframe (3-1) upper and lower side; Described kneading disk frame (3-8) is the steel construction rectangular frame, and four lifting sliding sleeves (3-5) sliding fit of two kneading disk framves (3-8) Corner Strapped is sleeved on the lifting slide bar (3-2) up and down; Kneading disk frame (3-8) inner chamber symmetry is fixed two horizontal sliding bars (3-4), and the sliding sleeve sliding fit that is fixed on two vertical slide bars (3-6) two ends is installed on the horizontal sliding bar (3-4); Described kneading disk (3-3) is a disc-shape, and fixing four sliding sleeves (3.3-2) sliding fit in its outside is sleeved on two vertical slide bars (3-6); The protruding soft ball (3.3-1) of the inboard fixing flexible that evenly gathers of kneading disk (3-3), the center makes strip shape and enters to remove from office hole (3.3-3), advances to remove from office the retaining pawl (3.3-4) that two symmetries are installed on the inboard end face in hole (3.3-3); Kneading disk (3-3) connects with tuningout concentric mechanism (3-7); Described splined shaft (3-12) two ends are vertically mounted on the mainframe (3-1) by bearing, and its upper end is connected with the buncher (3-13) that is fixed on mainframe (3-1) upper end; Splined shaft (3-12) connects with tuningout concentric mechanism (3-7); Described buncher (3-10) is installed in the middle part of mainframe (3-1) upper end, and connects with two jockey sprockets (3-14) that are installed in mainframe (3-1) upper end by the chain transmission width of cloth (3-11); Be installed in mainframe (3-1) up and down corresponding four jockey sprockets (3-14) at two ends connect by four chains (3-18) respectively, the connecting axle (3-17) of chain (3-18) by being fixed on chain one side connects with kneading disk frame (3-8) up and down respectively; Two concave-convex surfaces soft rubs ball (3-15) is mounted on mainframe (3-1) middle part by spring inner chamber; Be installed in the middle part of mainframe (3-1) lower end by the wide serrated roller of receipts (3-20) of two surface band V belt flute profiles that are parallel to each other; Be installed in the middle part of mainframe (3-1) upper end by the fabric width compressing roller (3-9) of two surperficial belt leather band-slots that are parallel to each other; Hot-water nozzle (3-16) is fixed on the bottom of mainframe (3-1), and connects with heat-exchanger pump (3-19) by valve and water-supply-pipe;
The described leather mechanism (1) of putting, comprise the triangular supports (1-1) of two secured in parallel in mainframe (3-1) outer lower portion, the mandrel of leather volume is installed in the half slot on support (1-1) top, and guide roller (1-2) is fixed on the mainframe (3-1) of support (1-1) bottom;
Described storage leather mechanism (2), comprise storage leather frame (2-4), go up delivery roll (2-2), down delivery roll (2-11), go up that fabric width shrinks roller (2-7), fabric width shrinks roller (2-14), leading screw (2-6), nut (2-8), dance roller (2-9) and buncher (2-1), (2-5), (2-10), (2-13) down; Described storage leather frame (2-4) is the steel construction rectangular frame of and disjunctor contour with mainframe (3-1); Last delivery roll (2-2) two ends are installed in the top of storage leather frame (2-4) by the bearing level, and connect with the buncher (2-1) that is installed in storage leather frame (2-4) upper end by the chain transmission, pressure roller (2-3) is near last delivery roll (2-2), and two ends are installed on the storage leather frame (2-4) by bearing; Described delivery roll (2-11) two ends down are installed in the bottom of storage leather frame (2-4) by the bearing level, and connect with the buncher (2-10) that is installed in storage leather frame (2-4) bottom by the chain transmission, the close delivery roll (2-11) down of pressure roller (2-12), two ends are installed on the storage leather frame (2-4) by bearing; Described buncher (2-1) is a synchronous motor with buncher (2-10); Described four rhizoid bar (2-6) two ends are vertically mounted on storage leather frame (2-4) upper and lower side by bearing, its upper end respectively by the chain transmission be installed in storage leather frame (2-4) on two synchronous bunchers (2-5) connect; Every screw mandrel (2-6) is gone up a nut of suit (2-8), two can rotation dance roller (2-9) two ends be separately fixed on two nuts in front and back (2-8) of left and right side; Described upward fabric width shrinks roller (2-7) and following fabric width shrinks roller (2-14) two ends are installed in storage leather frame (2-4) respectively by bearing upper and lower part, buncher (2-13) is installed in the bottom of storing leather frame (2-4), and goes up fabric width respectively by the chain transmission width of cloth and shrink roller (2-7) and following fabric width contraction roller (2-14) connection;
Described drying baker (5) comprises casing (5-1), be installed in the two rows delivery roll (5-2) of casing (5-1) inner chamber, be installed in casing (5-1) bottom boarding machine (5-8), receive leather frame (5-7) and air-heater (5-11); Described casing (5-1) is a steel construction rectangular frame casing, the contour and disjunctor installation with storage leather frame (2-4); Delivery roll (5-2) divides two rows to arrange, and two ends are installed in the inner chamber of casing (5-1) by bearing, on arrange the last delivery roll (2-2) that delivery roll (5-2) end removes from office in the mechanism (2) by chain transmission (5-3) and storage and connect; Exhaust duct (5-4) is installed in the upper end of casing (5-1); Two triangles are received leather frame (5-7) secured in parallel in the outside of casing (5-1) bottom, receive leather mandrel (5-5) and are installed in the half slot of receiving leather frame (5-7) upper end, and its end connects with buncher (5-6) by the chain transmission; Described boarding machine (5-8) is installed in the bottom of casing (5-1); Described guide roller (5-9), guide roller (5-10) two ends are installed in the inner chamber of casing (5-1) bottom respectively by bearing; Described air-heater (5-11) is installed in the bottom of casing (5-1) and removes from office the inner chamber perforation of frame by airduct (5-12) and threeway respectively with casing (5-1) and storage;
Described folder leather pincers (4) comprise the clamp frame (4-2) that is horizontally fixed on the outer middle side part of mainframe (3-1), vertical hinge (4-3), horizontal hinge (4-9); Described clamp frame (4-2) is the steel construction rectangular frame, and its left end is fixed on the middle part on mainframe (3-1) right side, and its underpart is fixing with cant beam triangularity and mainframe (3-1); Two horizontal sliding bars (4-7) both ends horizontal is fixed on the inner chamber of clamp frame (4-2), and two hole sliding fits on the cuboid slide block (4-4) are installed on two horizontal sliding bars (4-7); The horizontal hinge of described parallelogram (4-9), ground way wherein (4-11) is fixed on the side of mainframe (3-1), and wherein the mobile slideway of right-hand member (4-8) upper end is vertically fixed on slide block (4-4) bottom; The ground way (4-11) of described horizontal hinge (4-9) left end is fixed on the mainframe (3-1), sliding fit is installed an end of hinge removable pin (4-10) in the slide groove of ground way (4-11), hinge removable pin (4-10) is the right angled triangle cylinder, its other end sliding fit is installed in the hole at kneading disk push rod (4-1) middle part, kneading disk push rod (4-1) vertically is seated in the mainframe (3-1), its lower end is fixed on down on the kneading disk frame (3-8), the upper end sliding fit is installed in the push rod positioning sleeve (4-12), and push rod positioning sleeve (4-12) is fixed on the frame of mainframe (3-1); Described vertical hinge (4-3) is the parallelogram hinge, and two vertical slide bars (4-6) middle part stationary fit wherein is fixed on the slide block (4-4), and two ends connect with connecting plate; Circular hole sliding fit on two mobile slideway (4-14) is sleeved on two vertical slide bars (4-6), and two movable slide bars (4-14) left end is fixed two clamp bars (4-15) respectively; The left end of two mobile slideway in described front and back (4-14) installs and fixes pin (4-16), right-hand member is installed removable pin (4-17), vertically the left end stationary fit of hinge (4-3) middle part installs and fixes pin (4-18), and right-hand member is fixed on slide block (4-4) upper end by the movable backing pin of hinge (4-5); Two blocks (4-13) are fixed on described clamp frame (4-2) top.
2. full-automatic leather wrinkling machine according to claim 1, it is characterized in that: described tuningout concentric mechanism (3-7) comprises internal spline bevel gear (3.7-2), gear shaft (3.7-4), bevel gear pair (3.7-6), axle (3.7-9) and the leading screw support (3.7-10) that fixes with it, leading screw (3.7-18) and the nut (3.7-19) that connects with it that connects with splined shaft (3-12), the bearing pin (3.7-20) that connects with gentle dish (3-3); Described internal spline bevel gear (3.7-2) is installed on the gentle plate rail (3-8) by bearing block (3.7-1), and its splined hole is sleeved on the splined shaft (3-12); The fixing bevel gear (3.7-3) of gear shaft (3.7-4) end that is installed on the gentle plate rail (3-8) by bearing block (3.7-5) meshes with internal spline bevel gear (3.7-2), and the other end is by bevel gear pair (3.7-6) and axle (3.7-9) key connecting; Axle (3.7-9) is installed on the gentle plate rail (3-8) by bearing (3.7-8) and bearing block (3.7-13), and the upper end of axle (3.7-9) is steel construction rectangle leading screw support (3.7-10) fixedly; Leading screw (3.7-18) two ends are installed on the leading screw support (3.7-10) by axle sleeve (3.7-17); Lifting nut (3.7-12) is installed on the external screw thread of axle (3.7-9) by internal thread, the external cylindrical surface sliding fit of lifting nut (3.7-12) is sleeved in the hole of adjusting cover (3.7-11) and uses adjustment screw (3.7-7) fixing, adjust cover (3.7-11) upper end four springs of uniform vertical fixing (3.7-14), four through holes that spring (3.7-14) upper end is passed on the bearing block (3.7-13) contact with steel ball (3.7-15), steel ball (3.7-15) is installed in four semi-circular recesses on bevel gear (3.7-16) lower surface, and bevel gear (3.7-16) is installed in the top of axle (3.7-9) by bearing and connects with an end of leading screw (3.7-18) by another cone pinion and key; Described nut (3.7-19) is sleeved on the leading screw (3.7-18), and bearing pin (3.7-20) sliding fit that is vertically fixed on the nut (3.7-19) is sleeved in the gentle hole of coiling on (3-3).
3. full-automatic leather wrinkling machine according to claim 1 is characterized in that: described boarding machine (5-8) comprises buncher (5.8-5) and joining with it reciprocal moving axis (5.8-2), inner ring action roller (5.8-3), outer ring roller (5.8-1); Described six outer ring rollers (5.8-1) two ends are installed on two disc outer ring roller framves (5.8-6) with garden Zhou Junbu by bearing, and cylindrical roller frame (5.8-6) is fixed on the bottom of casing (5-1) in the drying baker (5); Six inner ring action rollers (5.8-3) two ends are installed on two inner ring action roller framves (5.8-7) with circumference uniform distribution by bearing, two inner ring action roller framves (5.8-7) are fixed on the reciprocal moving axis (5.8-2) by key (5.8-9) respectively, and back and forth moving axis (5.8-2) two ends are installed in the centre bore of outer ring roller frame (5.8-6) by axle sleeve (5.8-8) sliding fit; Back and forth an end generatrix direction of moving axis (5.8-2) is made cam path, and cam (5.8-4) sliding fit that is installed on buncher (5.8-5) axle is sleeved in the described cam path; Be stained with on the periphery of described inner ring action roller (5.8-3) and outer ring roller (5.8-1) and paste crumb rubber plate (5.8-10).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU200720040674XU CN201058927Y (en) | 2007-07-14 | 2007-07-14 | Full-automatic leather boarding machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU200720040674XU CN201058927Y (en) | 2007-07-14 | 2007-07-14 | Full-automatic leather boarding machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201058927Y true CN201058927Y (en) | 2008-05-14 |
Family
ID=39407392
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNU200720040674XU Expired - Fee Related CN201058927Y (en) | 2007-07-14 | 2007-07-14 | Full-automatic leather boarding machine |
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| Country | Link |
|---|---|
| CN (1) | CN201058927Y (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101100695B (en) * | 2007-07-14 | 2011-06-22 | 张复兴 | Full-automatic leather wrinkling machine |
| CN106795676A (en) * | 2014-09-09 | 2017-05-31 | 比安卡拉尼有限公司 | Vibratory equipment for processing fabric |
| CN111826476A (en) * | 2020-07-03 | 2020-10-27 | 邓海梅 | Leather processing is with leather strap device of kneading |
| CN114604664A (en) * | 2022-03-08 | 2022-06-10 | 苏州呈纺智能科技有限公司 | A device that can be used for correcting and spreading of incoming and outgoing fabrics |
-
2007
- 2007-07-14 CN CNU200720040674XU patent/CN201058927Y/en not_active Expired - Fee Related
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101100695B (en) * | 2007-07-14 | 2011-06-22 | 张复兴 | Full-automatic leather wrinkling machine |
| CN106795676A (en) * | 2014-09-09 | 2017-05-31 | 比安卡拉尼有限公司 | Vibratory equipment for processing fabric |
| CN111826476A (en) * | 2020-07-03 | 2020-10-27 | 邓海梅 | Leather processing is with leather strap device of kneading |
| CN111826476B (en) * | 2020-07-03 | 2022-07-22 | 山东世安超纤新材料有限公司 | Leather processing is with leather strap device of rubbing |
| CN114604664A (en) * | 2022-03-08 | 2022-06-10 | 苏州呈纺智能科技有限公司 | A device that can be used for correcting and spreading of incoming and outgoing fabrics |
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| C14 | Grant of patent or utility model | ||
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Granted publication date: 20080514 |