CN101250940A - Process equipment for roller brush - Google Patents
Process equipment for roller brush Download PDFInfo
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- CN101250940A CN101250940A CNA2008100605598A CN200810060559A CN101250940A CN 101250940 A CN101250940 A CN 101250940A CN A2008100605598 A CNA2008100605598 A CN A2008100605598A CN 200810060559 A CN200810060559 A CN 200810060559A CN 101250940 A CN101250940 A CN 101250940A
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Abstract
Roller brush processing equipment is used to fix brush hair made of plush cotton flannel on the surface of a core tube. The equipment comprises a frame supporting the core tube and a sizing drum and a heater corresponding to the core tube, and is characterized in that: the left end and the right end of the frame are respectively provided with a left transmission device and a right transmission device which can realize friction movement and holding of the core tube; moreover, the frame is provided with an axial movement device which can synchronously drive the core tube to move in axial direction through the left transmission device and the right transmission device as well as a rotating device which can drive the core tube to rotate. After adopting the structure, the core tube can move in axial direction when rotating; therefore, the length of the core tube which is arranged on the frame is no longer limited by the equipment, and the core can be output forwards ceaselessly, thereby realizing the goal that plush cotton flannel can be stuck to the external surface of the core tube without stop; thus, the roller brush processing equipment reduces the start and end times of the plush cotton flannel on the surface of the core tube without frequently replacing the core tube, thereby having the characteristics of simple manufacture process, high operation efficiency and low operation difficulty; moreover, the equipment ensures that a processed roller brush has low production cost and has stronger market competitive power.
Description
Technical field
The present invention relates to a kind of process equipment that is used for the rotary broom of wall plastering, specifically refer to a kind of process equipment for roller brush that bristle is fixed on the core tube-surface.
Background technology
The rotary broom structure kind of existing building finishing usefulness is more, and wherein majority is to comprise a core pipe, and the bristle of tweed making is arranged in the external stability of this core pipe; This bristle is used for plastering wall.
At present, the processing method that above-mentioned bristle is fixed on the core tube-surface mainly contains two kinds: first method is to adopt the mode of making by hand, promptly earlier described core pipe is fixed on the coaxial Finial device in two ends, this core pipe is rotated in Finial device, with brush glue is coated on the described core tube outer surface, again with manually described tweed being bonded on the described core tube outer surface.After treating that glue is done, the core pipe of band tweed on demand length again cuts.Second method is that described core pipe adopts engineering plastics to make, and earlier this core pipe is cut off (no longer than 2 meters) by certain length, then this core pipe is inserted on the metal tube, and fixing and rotation with it.Re-using a heater heats described core tube outer surface, this heater and tweed axially move simultaneously, described core tube-surface heating back fusing, and tweed helix form directly is bonded on the described core tube-surface, after the core pipe cooling of band tweed, length is on demand cut again.As Chinese publication number is that " manufacture craft of plush roller brush " of 1962241A discloses this heat and melt fixed form, and has disclosed the core pipe and be supported on the process equipment that makes its uniform rotation on the frame, by mechanical device.
But find in practical operation: the shortcoming of above-mentioned first method is to brush by hand because of glue, so production efficiency is lower, and causes the glue brushing inhomogeneous easily, the defective that glue drops easily, thereby the waste of glue is big; Next is that to brush bonding fastness by hand bad, comes unstuck easily, and can't guarantee the bonding quality of bristle; Moreover diameter also can't fix bristle by handwork less than 20 millimeters core pipe.The shortcoming of second method is: tweed helix form directly is fixed on starting of core tube-surface and when finishing, qualification to the operative employee is had relatively high expectations, otherwise, bigger to the tweed loss at described core pipe two ends, and the core pipe only rotates, its length is subjected to the restriction of equipment, is no more than 2 meters usually, therefore makes the rotary broom of equivalent amount, not only loss is bigger, and need constantly load and unload the core pipe, thus inefficiency, the cost of manufacture height; In addition, for the core pipe of diameter less than 20 millimeters, its processing cost can be higher.
Summary of the invention
Technical problem to be solved by this invention is exactly the present situation at above-mentioned prior art, provides a kind of and works continuously, production efficiency height, and cost of manufacture process equipment for roller brush low, easy and simple to handle.
The present invention will solve the problems of the technologies described above the technical scheme that is adopted: this process equipment for roller brush is used for the bristle that tweed is made is fixed on the core tube-surface, it includes the frame of the above-mentioned core pipe of supporting and is fixed on the frame and corresponding packing element or the heater gone up of this core pipe, it is characterized in that: the left side of described frame, be separately installed with the left side of the described core pipe of frictional movement clamping on the right-hand member, right transmission device, and on described frame, be equipped with by an above-mentioned left side, the described core tubular axis of right transmission device energy driven in synchronism is to the axial moving device of motion and the whirligig of the described core pipe rotation of driving.
Described left and right transmission device can include a plurality of sprocket wheel-chain groups axial arranged and that distribute with one heart along described core pipe mutually respectively, main chain bar in each sprocket wheel-chain group is looped around drive sprocket and by on the movable sprocket, and be fixed with a plurality of grip blocks successively in the main chain bar outside, and each grip block is provided with the U-lag that is complementary with above-mentioned core pipe appearance, under the state that rotates when described main chain bar is circuitous, just in time be coated on this core pipe with the U-lag of each grip block of the corresponding side of described core pipe.During work, utilize each grip block, both can play the effect of friction clamping core pipe, can produce extruding to bonding plane again simultaneously, the bristle that tweed is made is positioned the core pipe more securely.
As a further improvement on the present invention, can also be provided with compact heap and hold-down bolt on above-mentioned each main chain bar, the head of this hold-down bolt and described compact heap offset, and drive corresponding grip block side shifting outside described main chain bar to force described compact heap.By means of hold-down bolt, adjustable clamp is held the chucking power of piece, to be applicable to the core pipe of different tube diameters.
Described axial moving device can include rack-mounted first motor and first of linking with first motor, the left sprocket wheel and the right sprocket wheel of two identical numbers of teeth are installed on this first, wherein, left side sprocket wheel is connected with left driven sprocket by first chain, this left side driven sprocket and left gear are fastened, this left gear is meshed with a plurality of left lateral star gears again, each left lateral star gear is engaged with left worm screw separately again, each left worm screw is meshed with separately left worm gear again, and each left worm gear is then installed with the corresponding above-mentioned drive sprocket same axis that is positioned at left end; Described right sprocket wheel then is connected with right driven sprocket by second chain, this right side driven sprocket also is fastened with right gear, this right gear is meshed with a plurality of right lateral star gears again, each right lateral star gear is engaged with right separately worm screw respectively, each right worm screw is meshed with separately right worm gear again, and each right worm gear and the corresponding above-mentioned drive sprocket same axis that is positioned at right-hand member are installed.By above structural configuration, left and right transmission device is successfully turned round, when realizing the rotation of core pipe, make the core pipe realize neatly moving axially.
In such scheme, described left lateral star gear, right lateral star gear can be set to two to four, correspondingly, are respectively equipped with the sprocket wheel-chain group of same number in the left and right transmission device.
Described whirligig can include second motor that is fixed on the frame, be connected with second motor second, be positioned at first, second planet carrier of above-mentioned Left Drive device both sides and be positioned at above-mentioned right transmission device both sides the 3rd, fourth line star frame, wherein, be connected with left planet axis between first, second planet carrier, above-mentioned Left Drive device links on the left stretcher body of first, second planet carrier and left planet axis composition; And the 3rd, be connected with right planet axis between the fourth line star frame, on the right stretcher body that above-mentioned right transmission device links in the 3rd, fourth line star frame and right planet axis are formed; Be set with the second from left sprocket wheel of two identical numbers of teeth, right two sprocket wheels on described second, the second from left sprocket wheel is connected with the second from left gear by the 3rd chain, and this second from left gear and above-mentioned first planet carrier fix; Above-mentioned right two sprocket wheels then are connected with right two gears by the 4th chain, and these right side two gears are connected mutually with above-mentioned the third line star frame again.After adopting such structure, can guarantee the rotation successfully as required of left and right transmission device.
Preferably, tweed can also be installed on described frame tightly manage mechanism, this tweed is tightly managed mechanism and is included a pedestal and be supported on this pedestal one side and be a plurality of tight reason axle that serpentine is arranged, and tweed is successively around this a plurality of being on the tight reason that serpentine arranges spool.Utilize this tweed tightly to manage mechanism, make tweed equably by spiral-shaped on the core pipe.
Simultaneously, tightly manage the width adjustment baffle plate that can also be provided with the tweed relative in the mechanism at described tweed with described pedestal.Utilize this baffle plate, can tightly manage the tweed of different in width.
What be highly profitable is, the present invention also disposes the connecting rod for adjacent core tube end butt joint usefulness, and the two ends of this connecting rod respectively are provided with the flexure strip that outwards flicks with a plurality of, and external diameter after each flexure strip closes up and described core bore are complementary.Utilize each flexure strip to insert the restoring force that produces behind the core pipe, can realize the connection of two core pipes apace.
Described upward packing element or heater preferably place between the left and right transmission device, to improve the effect of core pipe coating technique.And can be provided with collar on the gum outlet of last packing element, have on this collar and described core pipe rotation approaching channel in the same way, its effect is that glue is coated on the core pipe equably.
Compared with prior art, because the present invention has adopted left and right transmission device, rotation and axial moving device, thereby the core pipe also moves axially when rotating, rack-mounted like this core length of tube no longer is subjected to the restriction of equipment, can export forward continuously, thereby can realize that tweed continuously is bonded in the purpose on the core tube outer surface.Therefore the present invention need not frequent mounting or dismounting, changes the core pipe, thereby has reduced tweed the starting and finish number of times of core tube-surface, and it is simple to have manufacture craft, the operating efficiency height, the characteristics that task difficulty is low make the rotary broom cost of production after the processing low, and have more the market competitiveness.
Description of drawings
Fig. 1 is the structural representation of the embodiment of the invention;
Fig. 2 analyses and observe for the A-A of Fig. 1;
Fig. 3 is the enlarged diagram at Left Drive device position among Fig. 1;
Fig. 4 is a B-B sectional drawing among Fig. 3;
Fig. 5 is a structural representation of going up packing element in the embodiment of the invention;
Fig. 6 tightly manages the structural representation of mechanism for tweed in the embodiment of the invention;
Fig. 7 is the vertical view (after removing tweed) of Fig. 6;
Fig. 8 is the structural representation of connecting rod in the embodiment of the invention.
The specific embodiment
Embodiment describes in further detail the present invention below in conjunction with accompanying drawing.
Fig. 1 and Fig. 2 show an embodiment of process equipment for roller brush of the present invention, be used for the bristle that tweed 39 is made is fixed on core pipe 35 surfaces, it includes frame 1, goes up packing element 15, Left Drive device, right transmission device and by above-mentioned left and right transmission device can driven in synchronism core tubular axis to the axial moving device of motion with drive the whirligig that the core pipe rotates.Wherein, frame 1 be provided with four bearings, the core pipe 35 of PVC material is bearing in these four bearings.On the core pipe of first, second bearing inboard, be set with simultaneously first planet carrier 30, second planet carrier 32, be provided with left planet axis 31 between first, second planet carrier, equally, on the core pipe of the 3rd, the 4th bearing inboard, be set with the third line star frame 37, fourth line star frame 34, and the 3rd, be provided with right planet axis 33 between the fourth line star frame.Above-mentioned Left Drive device is between first, second planet carrier, and right transmission device is the 3rd, between the fourth line star frame, to be used for frictional movement clamping core pipe.
An above-mentioned left side, right transmission device adopts identical structure, be that example is illustrated now with the Left Drive device, see also Fig. 3 and Fig. 4, it includes two left sprocket wheel-chain groups axial arranged and that distribute with one heart along the core pipe mutually, left main chain bar 8 in each left sprocket wheel-chain group is looped around left drive sprocket 9 and left by on the movable sprocket, and be fixed with a plurality of left grip blocks 7 successively in left main chain bar 8 outsides, and each left grip block 7 is provided with the U-lag 41 that is complementary with above-mentioned core pipe 35 appearances, under the left main chain bar 8 circuitous states that rotate, just in time be coated on this core pipe with the U-lag 41 of each left grip block 7 of the corresponding side of core pipe.
In the present embodiment, for the clamping force that makes each grip block adjustable, described each main chain bar is provided with compact heap 43 and hold-down bolt 42, see also Fig. 4, the head of this hold-down bolt 42 and compact heap 43 offset, each hold-down bolt 42 of rotation can force compact heap to drive corresponding left grip block 7 main chain bar 8 outer side shiftings left, thereby play the effect of regulating clamping force like this.
Stepless speed regulation left side motor 2 and right motor 28 respectively are housed at the two ends, bottom of described frame 1, i.e. first motor and second motor, see also Fig. 1, described axial moving device then includes above-mentioned left motor 2 and is supported on first 3 of frame 1 by bearing, left side motor 2 is given first 3 by the V belt transmission, the left sprocket wheel 5 and the right sprocket wheel 26 of the identical number of teeth respectively is equipped with at these two ends of first 3, wherein, left side sprocket wheel 5 is connected with left driven sprocket 14 by first chain 40, this left side driven sprocket is between second planet carrier 32 and second bearing, and be placed on the main shaft of second planet carrier 32, be fastened by bolt and the left gear 13 that is nested with on the second planet carrier main shaft more simultaneously, this left gear 13 is meshed with a plurality of left lateral star gears 12 again, each left lateral star gear 12 is installed on separately the left planet axis 31, and be engaged with separately left worm screw 11, and each left worm screw is meshed with separately left worm gear 10 again, and each left worm gear is then installed with corresponding left drive sprocket 9 same axis.In like manner, 26 on right sprocket wheel is connected with right driven sprocket 23 by second chain 36, this right side driven sprocket 26 is between fourth line star frame 34 and the 4th bearing, and be placed on the main shaft of fourth line star frame 34, be fastened by bolt and the right gear 24 that is nested with at fourth line star frame main shaft more simultaneously, this right gear 24 is meshed with a plurality of right lateral star gears 22 again, each right lateral star gear is engaged with right separately worm screw 20 respectively, each right worm screw is connected with separately right worm gear 21 again, each right worm gear and correspondingly be positioned at right drive sprocket 19 same axis and install.
When left motor 2 is switched on work, power reaches first 3, left sprocket wheel 5 and right sprocket wheel 26 on first are rotated, this moment, power transmission was divided into two-way: the one tunnel is successively by behind first chain 40, left driven sprocket 14, left gear 13, left lateral star gear 12, left worm screw 11, the left worm gear 10, left drive sprocket 9 in the Left Drive device is rotated, left main chain bar 8 in the Left Drive device is rotated, drive each left grip block 7 motion in the Left Drive device then.Another road is successively by behind second chain 36, right driven sprocket 23, right gear 24, right lateral star gear 22, right worm screw 20, the right worm gear 21, right drive sprocket 19 in the right transmission device is rotated, right main chain bar 18 in the right transmission device is rotated, drive each right grip block 17 motion in the right transmission device then.Obviously, each grip block in left and right transmission device is coaxial to be moved down, and the core pipe moves axially as required.
Above-mentioned whirligig includes described right motor 28, is supported on second 25 and above-mentioned four planet carriers of frame by bearing, see also Fig. 1, wherein, right motor 28 is given second 25 by the V belt transmission, similarly, on second 25, be set with the second from left sprocket wheel 4 of two identical numbers of teeth, right two sprocket wheels 27, the second from left sprocket wheel 4 is connected with the second from left gear 6 by the 3rd chain 29, this the second from left gear 6 and is connected with first planet carrier 30 by bolt between the clutch shaft bearing and first planet carrier 30 mutually; Above-mentioned right two sprocket wheels 27 then are connected with right two gears 16 by the 4th chain 38, and these right side two gears 16 also are connected with the third line star frame 37 by bolt between the 3rd bearing and the third line star frame 37 mutually.Each drive sprocket in the above-mentioned Left Drive device and the shaft support of driven sprocket are formed on the left stretcher body in first, second planet carrier; Equally, the shaft support of each drive sprocket in the right transmission device and driven sprocket is in the 3rd, on the right stretcher body formed of fourth line star frame.
When right motor 28 is switched on work, drive second 25 rotation, the second from left sprocket wheel 4 on second, right two sprocket wheels 27 are rotated together, at this moment, power transmission goes out to be divided into two-way, one the tunnel is that each grip block 7, main chain bar 8, left drive sprocket 9, driven sprocket, left worm gear 10, left worm screw 11, the left lateral star gear 12 that drive in the Left Drive device rotate together after passing through the second from left sprocket wheel 4, the 3rd chain 29, the second from left gear 6, first planet carrier 30 successively.Another road is after passing through right two sprocket wheels 27, the 4th chain 38, right two gears 16, the third line star frame 37 successively, to drive each grip block 17 in the right transmission device, right main chain bar 18, right drive sprocket 19, right worm screw 20, right worm gear 21, right star gear 22 and rotate to same direction together.Because the core pipe in each grip block clamping, so the core pipe rotates together thereupon.
Thereby under the double action of above-mentioned axial moving device and whirligig, on one side the core pipe can rotate, Yi Bian axially move.
The above-mentioned packing element 15 of going up is fixed on the frame between second bearing and the 3rd bearing, sees also the gum outlet that Fig. 1, Fig. 2 and Fig. 5 go up packing element 15 and is provided with collar 44, has on this collar and core pipe rotation approaching channel 43 in the same way.Utilize approaching channel, glue is coated on the core pipe equably.Certainly,, also can replace going up packing element with heater here, this moment, the core pipe adopted the PP pipe, utilized the mode that heat is melted bristle to be fixed on the surface of core pipe, and visible technology conversion is also comparatively convenient.
Can be in order to ensure tweed 39 equably by spiral-shaped on core pipe 35, also be provided with the tweed that is positioned at the packing element side in frame 1 and tightly manage mechanism, see also Fig. 6 and Fig. 7, this tweed is tightly managed mechanism and is included a pedestal 45 and be bearing in five tight reason axles 46 that pedestal one side is the serpentine arrangement, described tweed 39 is on the tight reason that serpentine arranges spools 46 around these five successively, tightly manage in the mechanism simultaneously the width adjustment baffle plate 47 of the also configuration tweed relative, with the winding of the tweed that is applicable to different in width with pedestal at tweed.
The length of considering the core pipe is always limited, connect next core pipe in order successfully to spread out, also dispose the connecting rod 48 that core tube feeding 35 ends connect usefulness in the present invention, as shown in Figure 8, the two ends of this connecting rod 48 respectively are provided with a plurality of flexure strips that outwards flick 49, and external diameter after each flexure strip closes up and described core pipe 35 endoporus are complementary.Like this, when needing to connect, as long as an end of this connecting rod is inserted in the core pipe, the other end inserts in another core pipe, utilize each flexure strip to insert the tension that produces behind the core pipe orifice, can realize the connection of two core pipes easily, and make two core Guan Buhui after the butt joint produce displacement.
Need be when core pipe appearance fasten bristles, as long as connect a left side, the power supply of right motor, whirligig and axial moving device just begin to be synchronized with the movement, thereupon, under the effect of transmission device, the core pipe that is clipped in the middle is rotated on one side, axially move on one side, be the output forward slowly in rotation of core pipe, at this moment, the glue in the last packing element passes through approaching channel, glue is coated in core tube-surface (using heater when heat is melted production) equably, simultaneously, tweed is wrapped on the core tube outer surface by spiral-shaped after tightly managing five tight reason axle tensioners of the S shape arrangement in the mechanism by tweed equably.
As seen, after two motions in this equipment turn round simultaneously, tweed continuously is bonded on the core tube outer surface, the core pipe no longer is subjected to the restriction of its length like this, can work continuously, and the right grip block of each in the right transmission device also produces extruding to bonding plane in clamping, make tweed and core pipe bonding more firm.The core length of tube that is fixed with bristle can extract on request, has solved the waste at tweed two ends.Even by the glue pot gluing, glue is no longer wasted.Cost of production obviously descends, and staff labor intensity also obviously descends.
Claims (10)
1, a kind of process equipment for roller brush, be used for the bristle that tweed (39) is made is fixed on core pipe (35) surface, it include the frame (1) of the above-mentioned core pipe of supporting and be fixed on the frame with this core pipe corresponding on packing element (15) or heater, it is characterized in that: be separately installed with the left and right transmission device of the described core pipe of frictional movement clamping (35) on the left and right end of described frame, and on described frame, be equipped with by the described core tubular axis of above-mentioned left and right transmission device energy driven in synchronism to the axial moving device of motion and the whirligig of the described core pipe rotation of driving.
2, process equipment for roller brush according to claim 1, it is characterized in that: a described left side, right transmission device includes a plurality of sprocket wheel-chain groups axial arranged and that distribute with one heart along described core pipe mutually again respectively, main chain bar in each sprocket wheel-chain group is looped around drive sprocket and by on the movable sprocket, and be fixed with a plurality of grip blocks successively in the main chain bar outside, and each grip block is provided with the U-lag that is complementary with above-mentioned core pipe appearance, under the state that rotates when described main chain bar is circuitous, just in time be coated on this core pipe with the U-lag of each grip block of the corresponding side of described core pipe.
3, process equipment for roller brush according to claim 2, it is characterized in that: described each main chain bar is provided with compact heap (43) and hold-down bolt (42), head of this hold-down bolt (42) and described compact heap (43) offset, and drive corresponding grip block side shifting outside described main chain bar to force described compact heap.
4, process equipment for roller brush according to claim 2, it is characterized in that: first (3) that described axial moving device includes rack-mounted first motor and links with first motor, the left sprocket wheel (5) and the right sprocket wheel (26) of two identical numbers of teeth are installed on these first (3), wherein, left side sprocket wheel (5) is connected with left driven sprocket (14) by first chain (40), this left side driven sprocket (14) is fastened with left gear (13), this left gear (13) is meshed with a plurality of left lateral star gears (12) again, each left lateral star gear (12) is engaged with left worm screw (11) separately again, each left worm screw (11) is meshed with separately left worm gear (10) again, and each left worm gear (10) is then installed with the corresponding above-mentioned drive sprocket same axis that is positioned at left end; Described right sprocket wheel (26) then is connected with right driven sprocket (23) by second chain (36), this right side driven sprocket (23) also is fastened with right gear (24), this right gear is meshed with a plurality of right lateral star gears (22) again, each right lateral star gear (22) is engaged with right separately worm screw (20) respectively, each right worm screw (20) is meshed with separately right worm gear (21) again, and each right worm gear and the corresponding above-mentioned drive sprocket same axis that is positioned at right-hand member are installed.
5, process equipment for roller brush according to claim 2, it is characterized in that: described whirligig include second motor that is fixed on the frame, second (25) being connected with second motor, first, second planet carrier (30,32) that is positioned at above-mentioned Left Drive device both sides and be positioned at above-mentioned right transmission device both sides the 3rd, fourth line star frame (37,34), wherein, be connected with left planet axis (31) between first, second planet carrier, above-mentioned Left Drive device links on the left stretcher body of above-mentioned first, second planet carrier and left planet axis composition; And the 3rd, be connected with right planet axis (33) between the fourth line star frame, above-mentioned right transmission device links on the right stretcher body that above-mentioned the 3rd, fourth line star frame and right planet axis are formed; Be set with the second from left sprocket wheel (4), right two sprocket wheels (27) of two identical numbers of teeth on described second, described the second from left sprocket wheel (4) is connected with the second from left gear (6) by the 3rd chain (29), and this second from left gear (4) fixes with above-mentioned first planet carrier (30); Above-mentioned right two sprocket wheels (27) then are connected with right two gears (16) by the 4th chain (38), and these right side two gears (16) are connected mutually with above-mentioned the third line star frame (37) again.
6, according to the described process equipment for roller brush of the arbitrary claim of claim 1 to 5, it is characterized in that: on the described frame (1) tweed is installed also and tightly manages mechanism, this tweed is tightly managed mechanism and is included a pedestal (45) and be supported on this pedestal one side and be a plurality of tight reason axle (46) that serpentine is arranged, and tweed (39) is successively around this a plurality of being on the tight reason spool (46) that serpentine arranges.
7, process equipment for roller brush according to claim 6 is characterized in that: described tweed is tightly managed the width adjustment baffle plate (47) that also is provided with the tweed relative with described pedestal (45) in the mechanism.
8, according to the described process equipment for roller brush of the arbitrary claim of claim 1 to 5, it is characterized in that: also dispose connecting rod (48) for adjacent core pipe (35) end butt joint usefulness, the two ends of this connecting rod (48) respectively are provided with a plurality of flexure strips that outwards flick (49), and external diameter after each flexure strip closes up and described core pipe (35) internal diameter are complementary.
9, according to the described process equipment for roller brush of the arbitrary claim of claim 1 to 5, it is characterized in that: described upward packing element (15) or heater place between the above-mentioned left and right transmission device.
10, process equipment for roller brush according to claim 9 is characterized in that: the described gum outlet of going up packing element (15) is provided with collar (44), has on this collar and described core pipe rotation approaching channel (43) in the same way.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN200810060559A CN100579665C (en) | 2008-03-28 | 2008-03-28 | Process equipment for roller brush |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN200810060559A CN100579665C (en) | 2008-03-28 | 2008-03-28 | Process equipment for roller brush |
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| Publication Number | Publication Date |
|---|---|
| CN101250940A true CN101250940A (en) | 2008-08-27 |
| CN100579665C CN100579665C (en) | 2010-01-13 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN200810060559A Expired - Fee Related CN100579665C (en) | 2008-03-28 | 2008-03-28 | Process equipment for roller brush |
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- 2008-03-28 CN CN200810060559A patent/CN100579665C/en not_active Expired - Fee Related
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| CN104544951A (en) * | 2014-12-22 | 2015-04-29 | 宁波华科联众自动化有限公司 | Fully-automatic refill sleeve cover processing integrated machine |
| CN105831968A (en) * | 2016-04-21 | 2016-08-10 | 淮安华邦精密机械有限公司 | Automatic labeling machine for toothbrush handles |
| CN108991718A (en) * | 2018-08-20 | 2018-12-14 | 安徽四通管业有限公司 | A kind of rotary broom evener |
| CN109549340B (en) * | 2018-12-11 | 2021-01-01 | 安徽沃德刷业有限公司 | Plastic inner ring sweeping brush piece cast-pressing process production line |
| CN109549340A (en) * | 2018-12-11 | 2019-04-02 | 安徽沃德刷业有限公司 | A kind of plastics inner ring sweeps squeegee piece casting pressure production line |
| CN109846191A (en) * | 2018-12-11 | 2019-06-07 | 安徽沃德刷业有限公司 | A kind of iron ring sweeps squeegee piece fuse injection process automatic production line |
| CN109480470A (en) * | 2018-12-12 | 2019-03-19 | 广州市台博自动化设备有限公司 | A kind of rotary broom full-automatic melting tail machine |
| CN110420793A (en) * | 2019-06-26 | 2019-11-08 | 安徽省潜山县信兴刷业有限公司 | A kind of plate hairbrush method based on civilian brush machine |
| CN110385656A (en) * | 2019-07-16 | 2019-10-29 | 湖北智丰数控机械有限公司 | Polishing wheel plants hair and plucks and synchronous all-in-one machine and its plants hair and pluck method |
| CN111980371A (en) * | 2020-08-19 | 2020-11-24 | 安徽伟基基础工程有限公司 | Wall coating device for building engineering construction |
| CN113208266A (en) * | 2021-06-07 | 2021-08-06 | 顺德职业技术学院 | Roller brush hair sleeving machine-mounted inner core structure |
| CN113305933A (en) * | 2021-06-07 | 2021-08-27 | 顺德职业技术学院 | Cutting processing machine of synchronous rotation |
| CN113367472A (en) * | 2021-06-07 | 2021-09-10 | 顺德职业技术学院 | Automatic pressing cover machine for tail pressing of roller sleeve pipe cutting nest |
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| CN100579665C (en) | 2010-01-13 |
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