CN204704342U - A kind of transmission device of raising machine brush roller - Google Patents
A kind of transmission device of raising machine brush roller Download PDFInfo
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- CN204704342U CN204704342U CN201520399913.5U CN201520399913U CN204704342U CN 204704342 U CN204704342 U CN 204704342U CN 201520399913 U CN201520399913 U CN 201520399913U CN 204704342 U CN204704342 U CN 204704342U
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- brush roller
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- bearing pin
- synchronous pulley
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Abstract
The utility model discloses a kind of transmission device of raising machine brush roller, comprise cover respectively and be fixed in main shaft (1) and brush roller (2) with the first drive wheel (41) on side axle and the second synchronous pulley (44), second drive wheel (42) establishing high and low position adjustable of the first drive wheel (41) and the second synchronous pulley (44) and the first synchronous pulley (43), first drive wheel (41) drives transmission second drive wheel (42), and the first synchronous pulley (43) drives transmission two second synchronous pulley (44) and gap bridge belt wheel (45) by driving belt (4).The transmission device of this raising machine brush roller, structure is simple, compact, when driving belt works long hours lax, make the first synchronous pulley position is moved, realize the tensioning of driving belt, when driving belt damages and need change, first synchronous pulley position is moved down, and realize the lax of driving belt, driving belt is changed convenient.
Description
Technical field
The present invention relates to a kind of raising machine, refer to a kind of transmission device of raising machine brush roller especially.
Background technique
The cloth surface of existing textile manufacturing machine knitting forming is smooth, and heat insulation, stretchability are relatively poor, mostly needs to carry out fluffing process.Raising machine, as the common equipment of fabric face fluffing process, comprises fuzzing roller, utilizes the acupuncture on fuzzing roller to be pulled out from fabric by fiber, make fabric face cover one deck fine hair.During raising machine work, fuzzing roller can be accumulated in a large number by the fiber pulled off, impact fluffing efficiency and quality, therefore, raising machine is generally also provided with clearer roller, cleans the fiber on fuzzing roller.
In Chinese patent application prospectus CN2289817Y, disclose a kind of Textile raising machine having self-reset cleaning roller, it comprises frame, fuzzing roller, clearer roller and Idle wheel, frame is fixed with cylinder, cylinder fixes some fuzzing rollers along its circumference, the axle head of cylinder and clearer roller overlaps intrinsic belt pulley one and belt pulley two respectively, also there is between belt pulley one and belt pulley two belt pulley three and belt pulley four, belt pulley three and belt pulley four are fixed on same axle, this axle is movably installed in frame, the belt pulley of cylinder axle head drives belt pulley three once belt one, belt pulley four drives belt pulley two and the Idle wheel of clearer roller through belt two.This kind of raising machine, owing to being located at belt pulley three between cylinder and clearer roller and belt pulley four is fixed in frame, itself and the belt pulley one of cylinder, the position of the belt pulley two of clearer roller, spacing all immobilize, cause belt one and belt two when relaxing or damaging, not easily tensioning and replacing.
Summary of the invention
The object of the present invention is to provide a kind of transmission device of raising machine brush roller.
For realizing object of the present invention, now describe its technological scheme in detail: a kind of transmission device of raising machine brush roller, comprise frame and be movably installed in the main shaft in frame, intrinsic first drive wheel of main shaft one end sleeve, main shaft overlaps the intrinsic two cylinder dishes being positioned at frame, some fuzzing rollers are provided with along its circumferential shelf between two cylinder dishes, the below of cylinder dish is provided with two brush roller be movably installed in frame, the end axle of two brush roller and the first drive wheel homonymy all overlaps intrinsic second synchronous pulley, the outside of two second synchronous pulleys is provided with one and is movably installed in gap bridge belt wheel in frame, on the end axle that main shaft is positioned at the first drive wheel side, movable sheath is provided with connecting plate, connecting plate is movably installed with little axle, little axle is arranged with the second drive wheel and the first synchronous pulley, the other end of connecting plate is connected with the flower basket bolt controlling mechanism being fixed on frame, first drive wheel drives transmission second drive wheel, first synchronous pulley drives transmission two second synchronous pulley and gap bridge belt wheel by driving belt, two second synchronous pulleys lay respectively at the both sides of driving belt.
Further, the end sleeve of little axle is provided with torque limiter, and frame is fixed with position limit switch, and the control contact of position limit switch is posted by the end face of torque limiter.When brush roller breaks down, produce extra moment of torsion, and when moment of torsion is greater than torque limiter setting value, torque limiter outwards promotes the control contact of position limit switch, position limit switch induction, to make machine down, plays overload protective function to brush roller.
Further, front and back machine frame at two sides below cylinder dish has the first vertical through hole road, brush roller two ends end axle is each passed through the first vertical through hole road, brush roller two ends end axle is equipped with the up-down adjustment mechanism be positioned at outside frame, up-down adjustment mechanism comprises bolt, bearing support, screw rod fixed base, and the screw rod be vertically fixed on screw rod fixed base, bearing support movable set is in brush roller, screw rod fixed base is fixed in the frame below bearing support, screw rod upper end is threaded with bearing support, bearing support has two second vertical through hole roads, two bolts are each passed through two second vertical through hole roads and are fixed in the frame of the first both sides, vertical through hole road.Rotating screw bolt, the upper-lower position of adjustment bearing support, to realize the optimal spacing of brush roller and fuzzing roller, thus obtains better cleaning effect, after bearing support position regulates, is secured by bolts in frame.
Further, the intrinsic circular light barrier of axle head cover of one brush roller, the intrinsic microscler light barrier of axle head cover of another brush roller, light barrier and light barrier are respectively equipped with optical transmitting set and light sensor outside brush roller axially two, circular light barrier offers a small through hole near outer edge place, small through hole rotates solstice, and optical transmitting set, small through hole and light sensor are located along the same line, and now small through hole shade linearly falls within microscler light barrier.Under raising machine normal working; small through hole rotates solstice; light barrier blocks small through hole, light sensor all the time cannot induction light transmitter launch optical signal, when brush roller breaks down; phase place between two brush roller changes; small through hole rotates solstice, and light barrier can not block small through hole, and the optical signal that optical transmitting set sends is through small through hole; and responded to by light sensor, raising machine is shut down.This structure is by the phase relationship between monitoring two brush roller and between brush roller and cylinder dish; the operation of accurate monitoring raising machine; avoid raising machine to produce local fault and continue running; complete machine is caused to damage; when another phase relationship when between two brush roller or between brush roller and cylinder dish changes; can shut down at any time and adjust, make brush roller can not the no load running because of phase relationship mistake, not play cleaning action.
Further, hairbrush roller end axle has some radial grooves along its circumference, second synchronous pulley has some radial direction through hole corresponding with groove location along its circumference, in through hole by groove to being provided with the first bearing pin successively outward, the first pressure spring compressed and the first screw, first bearing pin one end is inserted in groove, the hole wall screw-thread fit of the first screw and through hole, second synchronous pulley one end face has some ducts communicated one by one with through hole, axial all towards the second bearing pin of through hole to being provided with successively outward by through hole in duct, the second pressure spring compressed and the second screw, the hole wall screw-thread fit in the second screw and duct, first bearing pin is provided with the aperture of opening towards duct, aperture is positioned at the below in duct and opening diameter is greater than the diameter of the second bearing pin, aperture, duct is equal with the length that the first bearing pin stretches into groove from the distance between solstics, brush roller axle center.Second synchronous pulley is fixed on hairbrush roller end axle by the first bearing pin with coordinating of groove, when moment of torsion exceedes certain value, first bearing pin exceeds in groove, second bearing pin inserts in the first bearing pin aperture, second synchronous pulley is separated with brush roller, brush roller stops operating, and the second synchronous pulley continues to rotate.This structure can play overload protective function to brush roller on the one hand; effectively can avoid the damage of transmission device under brush roller overload on the other hand, meanwhile, the second synchronous pulley easy accessibility; only need unclamp the second screw and the first screw, rotating brush roller makes the first bearing pin leave groove.
Further, the first bearing pin near the end of groove and the second bearing pin near the end of aperture all in conical.Compare the cylindrical of routine, this kind of structure more easily inserts groove and aperture.
Further, the first bearing pin has a breach near side, duct, and breach is connected with the first pressure spring with aperture respectively along the two ends of the first bearing pin axis.When brush roller normally works, the second bearing pin stretches into breach near the first bearing pin, this kind of structure, when brush roller moment of torsion exceedes certain value, when first bearing pin exceeds in groove, the second bearing pin can not miss aperture, the insertion aperture that the second bearing pin can be more stable because of the first bearing pin speed.
Further, the second drive wheel and the first synchronous pulley lay respectively at the both sides of connecting plate.This kind of mounting type, the balance at axle two ends is better, is installed on connecting plate more firm.
The transmission device of raising machine brush roller of the present invention, the activity of connecting plate one end is placed on main shaft, the other end is connected with flower basket bolt controlling mechanism, regulate flower basket bolt controlling mechanism that connecting plate can be made to rotate around the spindle, thus change the upper-lower position of the first synchronous pulley be installed on connecting plate, to adjust the relative spacing of the first synchronous pulley and the second synchronous pulley, realize the tensioning of driving belt with lax.The transmission device of this raising machine brush roller, structure is simple, compact, when driving belt works long hours lax, flower basket bolt controlling mechanism is regulated to make the first synchronous pulley position is moved, realize the tensioning of driving belt, when driving belt damages and need change, regulate flower basket bolt controlling mechanism that the first synchronous pulley position is moved down, realize the lax of driving belt, driving belt is changed convenient.
Accompanying drawing explanation
Be described in detail below in conjunction with the better embodiment of accompanying drawing to the transmission device of raising machine brush roller of the present invention, wherein:
Fig. 1 is the main TV structure schematic diagram of better embodiment of the present invention;
Fig. 2 is the cross-sectional configuration schematic diagram of the A-A line in Fig. 1 of the present invention;
Fig. 3 is the cross-sectional configuration schematic diagram of the B-B line in Fig. 1 of the present invention;
Fig. 4 is the brush roller installation light barrier of better embodiment of the present invention and the main TV structure schematic diagram of light barrier;
Fig. 5 is the brush roller installation light barrier of better embodiment of the present invention and the plan structure schematic diagram of light barrier;
Fig. 6 is the main TV structure schematic diagram that the second synchronous pulley of better embodiment of the present invention is connected with brush roller;
Fig. 7 is the cross-sectional configuration schematic diagram of the C-C line in Fig. 6 of the present invention;
Fig. 8 is the partial structurtes schematic diagram in Fig. 7 of the present invention.
Embodiment
As shown in Figure 1 to Figure 3, the transmission device of raising machine brush roller of the present invention, the main shaft 1 comprising frame 10 and be movably installed in frame 10, intrinsic first drive wheel 41 of main shaft 1 one end sleeve, main shaft 1 overlaps the intrinsic two cylinder dishes 11 being positioned at frame 10, some fuzzing rollers 12 are provided with along its circumferential shelf between two cylinder dishes 11, the below of cylinder dish 11 is provided with two brush roller 2 be movably installed in frame 10, the end axle of two brush roller 2 and the first drive wheel 41 homonymy all overlaps intrinsic second synchronous pulley 44, the outside of two second synchronous pulleys 44 is provided with the gap bridge belt wheel 45 be movably installed in frame 10, on the end axle that main shaft 1 is positioned at the first drive wheel 41 side, movable sheath is provided with connecting plate 3, connecting plate 3 is movably installed with little axle 31, little axle 31 is arranged with the second drive wheel 42 and the first synchronous pulley 43, the other end of connecting plate 3 is connected with the flower basket bolt controlling mechanism 32 being fixed on frame 10, first drive wheel 41 drives transmission second drive wheel 42, first synchronous pulley 43 drives transmission two second synchronous pulley 44 and gap bridge belt wheel 45 by driving belt 4, two second synchronous pulleys 44 lay respectively at the both sides of driving belt 4.The end sleeve of little axle 31 is provided with torque limiter 5, frame 10 is fixed with position limit switch 51, and the control contact 52 of position limit switch 51 is posted by the end face of torque limiter 5.Front and back machine frame at two sides 10 below cylinder dish 11 has the first vertical through hole road 21, brush roller 2 two ends end axle is each passed through the first vertical through hole road 21, brush roller 2 two ends end axle is equipped with the up-down adjustment mechanism 22 be positioned at outside frame 10, up-down adjustment mechanism 22 comprises bolt 23, bearing support 24, screw rod fixed base 25, and the screw rod 26 be vertically fixed on screw rod fixed base 25, bearing support 24 movable set is in brush roller 2, screw rod fixed base 25 is fixed in the frame 10 below bearing support 24, screw rod 26 upper end is threaded with bearing support 24, bearing support 24 has two second vertical through hole roads 27, two bolts 23 are each passed through two second vertical through hole roads 27 and are fixed in the frame 10 of the first both sides, vertical through hole road 21.As Fig. 4 and Fig. 5, the intrinsic circular light barrier 6 of axle head cover of one brush roller 2, the intrinsic microscler light barrier 61 of axle head cover of another brush roller 2, light barrier 6 and light barrier 61 are respectively equipped with optical transmitting set 63 and light sensor 64 outside brush roller 2 axially two, circular light barrier 6 offers a small through hole 62 near outer edge place, when small through hole 62 rotates to some P, optical transmitting set 63, small through hole 62 and light sensor 64 are positioned on same straight line X, and now the shade of small through hole 62 linearly X falls within microscler light barrier 61.As Fig. 6 to Fig. 8, brush roller 2 end axle has some radial grooves 71 along its circumference, second synchronous pulley 44 has some radial direction through hole 72 corresponding with groove 71 position along its circumference, in through hole 72 by groove 71 to being provided with the first bearing pin 73 successively outward, the first pressure spring 74 and the first screw 75 compressed, first bearing pin 73 one end is inserted in groove 71, the hole wall screw-thread fit of the first screw 75 and through hole 72, second synchronous pulley 44 1 end face has some ducts 76 communicated one by one with through hole 72, axial all towards the second bearing pin 77 of through hole 72 to being provided with successively outward by through hole 72 in duct 76, the second pressure spring 78 and the second screw 79 compressed, the hole wall screw-thread fit in the second screw 79 and duct 76, first bearing pin 73 is provided with the aperture 7 of opening towards duct 76, aperture 7 is positioned at the below in duct 76 and opening diameter is greater than the diameter of the second bearing pin 77, aperture 7, duct 76 is equal with the length M that the first bearing pin 73 stretches into groove 71 from the distance S between solstics, brush roller 2 axle center.First bearing pin 73 near the end of groove 71 and the second bearing pin 77 near the end of aperture 7 all in conical.First bearing pin 73 has a breach 70 near side, duct 76, and breach 70 is connected with the first pressure spring 74 with aperture 7 respectively along the two ends of the first bearing pin 73 axis.Second drive wheel 42 and the first synchronous pulley 43 lay respectively at the both sides of connecting plate 3.
The transmission device of raising machine brush roller of the present invention, two second synchronous pulleys 44 being positioned at its both sides can be driven for making driving belt 4 simultaneously, and be provided with gap bridge belt wheel 45, connecting plate 3 one end activity is placed on main shaft 1, the other end is connected with flower basket bolt controlling mechanism 32, regulate flower basket bolt controlling mechanism 32 that connecting plate 3 can be made to rotate around main shaft 1, thus change the upper-lower position of the first synchronous pulley 43 be installed on connecting plate 3, to adjust the relative spacing of the first synchronous pulley 43 and the second synchronous pulley 44, realize the tensioning of driving belt 4 with lax.The transmission device of this raising machine brush roller, structure is simple, compact, when driving belt 4 works long hours lax, flower basket bolt controlling mechanism 32 is regulated to make the first synchronous pulley 43 position is moved, realize the tensioning of driving belt 4, when driving belt 4 damages and need change, regulate flower basket bolt controlling mechanism 32 that first synchronous pulley 43 position is moved down, realize the lax of driving belt 4, driving belt 4 is changed convenient.
The transmission device of raising machine brush roller of the present invention, for making brush roller 2 have overload protection, preferably, the end sleeve of little axle 31 is provided with torque limiter 5, frame 10 is fixed with position limit switch 51, the control contact 52 of position limit switch 51 is posted by the end face of torque limiter 5, for making brush roller 2 upper-lower position adjustable, realize the optimal spacing with fuzzing roller 12, obtain better cleaning effect, preferably, front and back machine frame at two sides 10 below cylinder dish 11 has the first vertical through hole road 21, brush roller 2 two ends end axle is each passed through the first vertical through hole road 21, brush roller 2 two ends end axle is equipped with the up-down adjustment mechanism 22 be positioned at outside frame 10, up-down adjustment mechanism 22 comprises bolt 23, bearing support 24, screw rod fixed base 25, and the screw rod 26 be vertically fixed on screw rod fixed base 25, bearing support 24 movable set is in brush roller 2, screw rod fixed base 25 is fixed in the frame 10 below bearing support 24, screw rod 26 upper end is threaded with bearing support 24, bearing support 24 has two second vertical through hole roads 27, two bolts 23 are each passed through two second vertical through hole roads 27 and are fixed in the frame 10 of the first both sides, vertical through hole road 21, for to monitor between two brush roller 2 and and cylinder dish 11 between phase relationship, and then accurately monitor the operation of raising machine, avoid raising machine to produce local fault and still continue dynamic turning, complete machine is caused to damage, when another phase relationship when between two brush roller 2 or between brush roller 2 and cylinder dish 11 changes, can shut down at any time and adjust, brush roller 2 can not the no load running because of phase relationship mistake, do not play cleaning action, preferably, the intrinsic circular light barrier 6 of axle head cover of one brush roller 2, the intrinsic microscler light barrier 61 of axle head cover of another brush roller 2, light barrier 6 and light barrier 61 are respectively equipped with optical transmitting set 63 and light sensor 64 outside brush roller 2 axially two, circular light barrier 6 offers a small through hole 62 near outer edge place, when small through hole 62 rotates to some P, optical transmitting set 63, small through hole 62 and light sensor 64 are positioned on same straight line X, and now the shade of small through hole 62 linearly X falls within microscler light barrier 61, damage is caused because brush roller 2 is transshipped for avoiding brush roller 2 and transmission device, and the second synchronous pulley 44 easy accessibility, preferably, brush roller 2 end axle has some radial grooves 71 along its circumference, second synchronous pulley 44 has some radial direction through hole 72 corresponding with groove 71 position along its circumference, in through hole 72 by groove 71 to being provided with the first bearing pin 73 successively outward, the first pressure spring 74 and the first screw 75 compressed, first bearing pin 73 one end is inserted in groove 71, the hole wall screw-thread fit of the first screw 75 and through hole 72, second synchronous pulley 44 1 end face has some ducts 76 communicated one by one with through hole 72, axial all towards the second bearing pin 77 of through hole 72 to being provided with successively outward by through hole 72 in duct 76, the second pressure spring 78 and the second screw 79 compressed, the hole wall screw-thread fit in the second screw 79 and duct 76, first bearing pin 73 is provided with the aperture 7 of opening towards duct 76, aperture 7 is positioned at the below in duct 76 and opening diameter is greater than the diameter of the second bearing pin 77, aperture 7, duct 76 is equal with the length M that the first bearing pin 73 stretches into groove 71 from the distance S between solstics, brush roller 2 axle center, for making the first bearing pin 73, second bearing pin 77 more easily insert groove 71 and aperture 7, preferably, the first bearing pin 73 near the end of groove 71 and the second bearing pin 77 near the end of aperture 7 all in conical, when exceeding in groove 71 for making the first bearing pin 73, second bearing pin 77 can not miss aperture 7 because of the first bearing pin 73 speed, second bearing pin 77 can be more stable insertion aperture 7, preferably, first bearing pin 73 has a breach 70 near side, duct 76, and breach 70 is connected with the first pressure spring 74 with aperture 7 respectively along the two ends of the first bearing pin 73 axis, for making the balance at axle 31 two ends better, be installed on connecting plate 3 more firm, preferably, the second drive wheel 42 and the first synchronous pulley 43 lay respectively at the both sides of connecting plate 3.
Claims (8)
1. the transmission device of a raising machine brush roller, comprise frame (10) and be movably installed in the main shaft (1) in frame (10), intrinsic first drive wheel (41) of main shaft (1) end sleeve, the intrinsic two cylinder dishes (11) being positioned at frame (10) of the upper cover of main shaft (1), some fuzzing rollers (12) are provided with along its circumferential shelf between two cylinder dishes (11), the below of cylinder dish (11) is provided with two brush roller (2) be movably installed in frame (10), two brush roller (2) and the end axle of the first drive wheel (41) homonymy all overlap intrinsic second synchronous pulley (44), the outside of two second synchronous pulleys (44) is provided with one and is movably installed in gap bridge belt wheel (45) in frame (10), it is characterized in that: on the end axle that main shaft (1) is positioned at the first drive wheel (41) side, movable sheath is provided with connecting plate (3), connecting plate (3) is movably installed with little axle (31), little axle (31) is arranged with the second drive wheel (42) and the first synchronous pulley (43), the other end of connecting plate (3) is connected with the flower basket bolt controlling mechanism (32) being fixed on frame (10), first drive wheel (41) drives transmission second drive wheel (42), first synchronous pulley (43) drives transmission two second synchronous pulley (44) and gap bridge belt wheel (45) by driving belt (4), two second synchronous pulleys (44) lay respectively at the both sides of driving belt (4).
2. the transmission device of raising machine brush roller according to claim 1, it is characterized in that: the end sleeve of little axle (31) is provided with torque limiter (5), frame (10) is fixed with position limit switch (51), the control contact (52) of position limit switch (51) is posted by the end face of torque limiter (5).
3. the transmission device of raising machine brush roller according to claim 1, it is characterized in that: the front and back machine frame at two sides (10) of cylinder dish (11) below has the first vertical through hole road (21), brush roller (2) two ends end axle is each passed through the first vertical through hole road (21), brush roller (2) two ends end axle is equipped with the up-down adjustment mechanism (22) being positioned at frame (10) outside, up-down adjustment mechanism (22) comprises bolt (23), bearing support (24), screw rod fixed base (25), and the screw rod (26) be vertically fixed on screw rod fixed base (25), bearing support (24) movable set is in brush roller (2), screw rod fixed base (25) is fixed in the frame (10) of bearing support (24) below, screw rod (26) upper end is threaded with bearing support (24), bearing support (24) has two second vertical through hole roads (27), two bolts (23) are each passed through two second vertical through hole roads (27) and are fixed in the frame (10) of the first vertical through hole road (21) both sides.
4. the transmission device of raising machine brush roller according to claim 1, it is characterized in that: the intrinsic circular light barrier (6) of axle head cover of a brush roller (2), the intrinsic microscler light barrier (61) of axle head cover of another brush roller (2), light barrier (6) and light barrier (61) are respectively equipped with optical transmitting set (63) and light sensor (64) outside brush roller (2) axially two, circular light barrier (6) offers a small through hole (62) near outer edge place, when small through hole (62) rotates to point (P), optical transmitting set (63), small through hole (62) and light sensor (64) are positioned on same straight line (X), and now the shade of small through hole (62) linearly (X) falls within microscler light barrier (61).
5. the transmission device of raising machine brush roller according to claim 1, it is characterized in that: brush roller (2) end axle has some radial grooves (71) along its circumference, second synchronous pulley (44) has some radial direction through hole (72) corresponding with groove (71) position along its circumference, in through hole (72) by groove (71) to being provided with the first bearing pin (73) successively outward, the first pressure spring (74) compressed and the first screw (75), first bearing pin (73) one end is inserted in groove (71), the hole wall screw-thread fit of the first screw (75) and through hole (72), second synchronous pulley (44) end face has some ducts (76) communicated one by one with through hole (72), axial all towards second bearing pin (77) of through hole (72) to being provided with successively outward by through hole (72) in duct (76), the second pressure spring (78) compressed and the second screw (79), the hole wall screw-thread fit in the second screw (79) and duct (76), first bearing pin (73) is provided with the aperture (7) of opening towards duct (76), aperture (7) is positioned at the below in duct (76) and opening diameter is greater than the diameter of the second bearing pin (77), aperture (7), the length (M) that groove (71) are stretched into from the distance (S) between brush roller (2) solstics, axle center and the first bearing pin (73) in duct (76) is equal.
6. the transmission device of raising machine brush roller according to claim 5, is characterized in that: the end of the close groove (71) of the first bearing pin (73) and the end of the close aperture (7) of the second bearing pin (77) are all in conical.
7. the transmission device of raising machine brush roller according to claim 5, it is characterized in that: the first bearing pin (73) has a breach (70) near duct (76) side, breach (70) is connected with the first pressure spring (74) with aperture (7) respectively along the two ends that the first bearing pin (73) is axial.
8. the transmission device of raising machine brush roller according to claim 1, is characterized in that: the second drive wheel (42) and the first synchronous pulley (43) lay respectively at the both sides of connecting plate (3).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520399913.5U CN204704342U (en) | 2015-06-11 | 2015-06-11 | A kind of transmission device of raising machine brush roller |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520399913.5U CN204704342U (en) | 2015-06-11 | 2015-06-11 | A kind of transmission device of raising machine brush roller |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204704342U true CN204704342U (en) | 2015-10-14 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520399913.5U Withdrawn - After Issue CN204704342U (en) | 2015-06-11 | 2015-06-11 | A kind of transmission device of raising machine brush roller |
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| Country | Link |
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| CN (1) | CN204704342U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104879457B (en) * | 2015-06-11 | 2017-08-01 | 晋江市瑞盛机械制造有限公司 | A kind of transmission device of raising machine brush roll |
-
2015
- 2015-06-11 CN CN201520399913.5U patent/CN204704342U/en not_active Withdrawn - After Issue
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104879457B (en) * | 2015-06-11 | 2017-08-01 | 晋江市瑞盛机械制造有限公司 | A kind of transmission device of raising machine brush roll |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C56 | Change in the name or address of the patentee | ||
| CP03 | Change of name, title or address |
Address after: Jinjiang Economic Development Zone, Quanzhou City, Fujian province 362200 city (five yuan) Ya Road No. 3 Patentee after: Jinjiang Ruisheng Machinery Manufacturing Co., Ltd. Address before: Five mile Industrial Zone, Jinjiang Economic Development Zone, Quanzhou, Fujian 362200, China Patentee before: Ji Sheng Machinery Manufacturing Co., Ltd. of Jinjiang City |
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| AV01 | Patent right actively abandoned |
Granted publication date: 20151014 Effective date of abandoning: 20170801 |
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| AV01 | Patent right actively abandoned |