CN204039821U - A kind of pearl rotating disk of pearl nailer - Google Patents
A kind of pearl rotating disk of pearl nailer Download PDFInfo
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- CN204039821U CN204039821U CN201420517992.0U CN201420517992U CN204039821U CN 204039821 U CN204039821 U CN 204039821U CN 201420517992 U CN201420517992 U CN 201420517992U CN 204039821 U CN204039821 U CN 204039821U
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Abstract
The utility model discloses a kind of pearl rotating disk of pearl nailer, comprises rotating disk main body, rotates oar and goes out pearl part, wherein: rotating disk main body is provided with the groove of splendid attire pearl; Rotating oar is arranged in the groove of rotating disk main body; The bottom portion of groove of rotating disk main body is provided with fixing hole, goes out pearl part and is socketed in fixing hole, goes out pearl part and is provided with out the hole of bead.Compared with prior art, the pearl rotating disk of the pearl nailer that the utility model provides, can accelerate the transfer rate of pearl, makes the transfer rate of pearl catch up with the transfer rate of nail pearl, improves the transfer efficiency of pearl, and then improve the nail pearl efficiency of pearl nailer.
Description
Technical field
The utility model relates to pearl nailer field, exactly refers to a kind of pearl rotating disk of pearl nailer.
Background technology
Now, along with the development of apparel industry, people more and more pursue the attractive in appearance of clothes and diversity, except to clothes except the requirement of body style, still can there is requirement to the auxiliary material accessories depended on clothes, thus need on clothes, to bind the auxiliary material accessories such as some diamonds, pearl or plastics five metals clasp, to improve taste and the added value of clothes.In this application, clothes are implications of broad sense, are not limited to clothes and trousers, in addition, also comprise footgear, cap, gloves and handbag etc.
Original nail pearl operation is at first completed by manual threading, and efficiency is very low, and slowly development had just had pearl nailer afterwards, instead by mechanization nail pearl.Pearl nailer can be divided into again at present generation pearl nailer and two generation pearl nailer.
Generation pearl nailer is reverse side nail pearl, and nail catcher transmits from above, and nail catcher and pearl by up transmitting below, then are rushed riveting be fixed together by impact by pearl.Due to the technological deficiency of generation pearl nailer, it is reverse side nail pearl, pearl is below cloth, and due to the obstruct of cloth, the operation of nail pearl is not directly perceived, operating personnel cannot see pearl, easily cause pearl to locate inaccurate, the easy deviation of pearl and positioning, and then cause the qualification rate of nail pearl product low, substandard products are many, and economic loss is large.
Two generation pearl nailer improve on the basis of original generation pearl nailer, by reverse side follow closely pearl change positive face nailing pearl into.Pearl transmits from above, and nail catcher transmits from beneath, then nail catcher and pearl is fixed together by impacting.Two generation pearl nailer nail catcher transmission need just can complete through two actions: 1, nail catcher is sent on the track that frame specifies, and nail catcher forwards in the draw-in groove of transfer block along track, and the end of track is vertical with transfer block; 2, the cylinder of transfer block again through frame rear drives nail catcher to the red needle hole site of nail catcher cylinder along delivery chute, thus completes action in a week, after by the impact of nail catcher cylinder, nail catcher and pearl are fixed together again.
Refer to Fig. 1-Fig. 4, Fig. 1 is the overall structure figure of the rotating disk of existing pearl nailer; Fig. 2 is the decomposition explosion figure of the rotating disk of existing pearl nailer; Fig. 3 is the sectional view of the rotating disk of existing pearl nailer; Fig. 4 is the structural representation of in Fig. 2 external piece.The rotating disk of existing pearl nailer comprises rotating disk main body 1 ', and rotating disk main body 1 ' is provided with the groove 7 ' of splendid attire pearl, the madial wall of groove 7 ' by size be provided with multiple enter the hole of bead 3 '.When carrying pearl, by bottom rotating disk 2 ' rotation drive pearl motion, what pearl entered into the groove 7 ' of rotating disk main body 1 ' enters in the hole of bead 3 ', and then enter in pearl passage 5 ' after entering in the hole of bead 3 ' segment distance that advances, then pearl is transported to other mechanisms of pearl nailer.Because pearl is entering the power of advancing by the collision between pearl in the hole of bead 3 ' not enough, so entering in the hole of bead 3 ' also to need to provide certain air pressure to blow pearl by air admission hole 61 ' to advance.The pearl passage 5 ' that falls is embedded between the rotating disk main body 1 ' sidewall of borehole and external piece 6 ', and rotating disk main body 1 ' sidewall and external piece 6 ' are provided with mosaic groove 62 '.Because the size of pearl has plurality of specifications, groove 7 ' madial wall by size be provided with multiple enter the hole of bead 3 ', fall the aperture of pearl passage 5 ' according to the size of pearl, need the pearl passage 5 ' that falls coordinating corresponding multiple size, the dimensional fits entering the hole of bead 3 ' of the madial wall of the pearl passage 5 ' that falls needs and groove 7 ', what such as have three different sizes in the drawings enters the hole of bead 3 ', and that needs the pearl passage 5 ' that falls of three different sizes to match.When fall with one of them pearl passage 5 ' time, this pearl passage 5 ' that falls is connected with pearl nailer structure by plastic tube, and all the other two the pearl passages that fall are blocked by latch 4 '.
In order to raise the efficiency, everybody is pursuing the speed accelerating nail pearl, so that can order and shipment more.But at present, be no matter generation pearl nailer or two generation pearl nailer, all velocity ratio is very fast in the transmission of nail catcher, within one minute, probably can transmit 300 nail catchers, and the transmission of pearl is owing to being subject to the impact of existing turntable structure, its transfer rate does not obviously catch up with the transfer rate of nail catcher, within one minute, probably can transmit 180 pearls, the two difference 120.So if change up nail pearl speed, the transfer rate due to pearl does not obviously catch up with the transfer rate of nail catcher, the sky of nail catcher can be caused to beat, and nail catcher is not followed closely on pearl, so not only can produce the defect ware of nail pearl, and pearl nailer can be caused to break down, reduce nail pearl efficiency further.
Utility model content
For above-mentioned defect, the technical problem that the utility model solves is the pearl rotating disk providing a kind of pearl nailer, can accelerate the transfer rate of pearl, makes the transfer rate of pearl catch up with the transfer rate of nail pearl, improve the transfer efficiency of pearl, and then improve the nail pearl efficiency of pearl nailer.
In order to solve above technical problem, the pearl rotating disk of the pearl nailer that the utility model provides, comprises rotating disk main body, rotates oar and goes out pearl part, wherein:
Described rotating disk main body is provided with the groove of splendid attire pearl;
Described rotation oar is arranged in the groove of described rotating disk main body;
The bottom portion of groove of described rotating disk main body is provided with fixing hole, described in go out pearl part and be socketed in described fixing hole, described in go out pearl part and be provided with out the hole of bead.
Preferably, go out described in the hole of bead be eccentrically set on described in go out on pearl part.
Preferably, go out described in the hole of bead pass described in go out the distance of the upper surface of pearl part and lower surface the shortest.
Preferably, the aperture going out the hole of bead described in is 2mm-15mm.
Preferably, described fixing hole is arranged on the outer edge of described bottom portion of groove.
Preferably, the overwhelming majority of described fixing hole upper surface is arranged on the outer edge of described bottom portion of groove, the sub-fraction of described fixing hole upper surface is blocked by the sidewall of described groove, the basipetal upright projection of described rotating disk main body, the shade of the sidewall of described groove has blocked the sub-fraction of described fixing hole.
Preferably, described groove is circular groove, and the inner bottom surface of described groove is inclined upwardly gradually from outer to inside.
Preferably, the upper surface going out pearl part described in is inclined upwardly near the side going out the hole of bead gradually to away from the side going out the hole of bead.
Preferably, the angle of inclination going out the upper surface of pearl part described in is less than or equal to the angle of inclination of the inner bottom surface of described groove.
Preferably, the pearl rotating disk of described pearl nailer also comprises set bolt, and the sidewall of described rotating disk main body arranges bolt hole, and described bolt hole leads directly to described fixing hole, goes out pearl part described in described set bolt is fixing by described bolt hole knob.
Preferably, the blade of described rotation oar is that flexible plastic sheet is made.
The pearl rotating disk of the pearl nailer that the utility model provides, comprises rotating disk main body, rotates oar and goes out pearl part, wherein: rotating disk main body is provided with the groove of splendid attire pearl; Rotating oar is arranged in the groove of rotating disk main body; The bottom portion of groove of rotating disk main body is provided with fixing hole, goes out pearl part and is socketed in fixing hole, goes out pearl part and is provided with out the hole of bead.Pearl is placed in the groove of splendid attire pearl, rotate oar rotated by driven by motor and then drive and stir pearl, rotating oar drives pearl to move in groove, the aperture going out the hole of bead is a bit larger tham the diameter of pearl, when pearl move to out pearl part go out the hole of bead time, due to the effect of gravity, pearl is from going out the hole of bead to drop.Because pearl constantly moves under the effect of paddle, therefore, pearl constantly from going out the hole of bead to drop, and due to pearl simply direct from going out the movement locus that drops the hole of bead, do not have other obstruction, therefore the transfer rate of pearl is fast.Compared with prior art, the pearl rotating disk of the pearl nailer that the utility model provides, can accelerate the transfer rate of pearl, makes the transfer rate of pearl catch up with the transfer rate of nail pearl, improves the transfer efficiency of pearl, and then improve the nail pearl efficiency of pearl nailer.
Especially, the pearl rotating disk of the pearl nailer that the utility model provides, groove is circular groove, and the inner bottom surface of groove is inclined upwardly gradually from outer to inside, and fixing hole is arranged on the outer edge of bottom portion of groove.Because the inner bottom surface of groove has constant slope, circular pearl can roll towards lower direction, outer automatically, fixing hole is arranged on the outer edge of bottom portion of groove simultaneously, go out the hole of bead also near the outer edge of bottom portion of groove what go out eccentric setting on pearl part, such pearl can in the very first time from going out the hole of bead to drop down.Experimentally calculate, speed that what pearl was per minute drop reach 300, substantially reach the transfer rate catching up with nail catcher, the transfer rate of pearl and nail catcher is synchronous, avoids the sky causing nail catcher to beat.
In addition, the pearl rotating disk of the pearl nailer that the utility model provides, groove is circular groove, and the inner bottom surface of groove is inclined upwardly gradually from outer to inside; The upper surface going out pearl part is inclined upwardly near the side going out the hole of bead gradually to away from the side going out the hole of bead, and the angle of inclination going out the upper surface of pearl part is less than or equal to the angle of inclination of the inner bottom surface of described groove.When going out pearl part and being arranged in described fixing hole, the upper surface going out pearl part also has certain angle of inclination, and the direction tilted is identical with the incline direction of groove inner bottom surface, so pearl can not pearl part and the out-of-flatness and rough of seeming because of having installed in fixing hole at groove inner bottom surface, pearl is more smooth and easy in the athletic meeting of groove inner bottom surface, do not have and stop and stagnate, ensure that pearl is to go out the motion near pearl part smooth and easy, pearl can drop into out in the hole of bead very first time.
As further improved plan, the pearl rotating disk of the pearl nailer that the utility model provides, the overwhelming majority of fixing hole upper surface is arranged on the outer edge of bottom portion of groove, the sub-fraction of fixing hole upper surface is blocked by the sidewall of groove, the basipetal upright projection of rotating disk main body, the shade of the sidewall of groove has blocked the sub-fraction of fixing hole.When going out pearl part and will being arranged on fixing hole, can directly push up going out pearl part toward top, because the sub-fraction of fixing hole upper surface is blocked by the sidewall of groove, the sidewall of groove can play spacing effect, the surface going out pearl part can not higher than the inner bottom surface of groove, the motion of pearl can not be hindered, be also convenient to install simultaneously.
It needs to be noted, the pearl rotating disk of the pearl nailer that the utility model provides, goes out the hole of bead and is eccentrically set on out on pearl part, and going out pearl part can rotate in fixing hole, the outer of groove is close at the edge ensureing when installing the hole of bead, and pearl can drop into out in the hole of bead very first time; Going out the hole of bead, to pass out the distance of the upper surface of pearl part and lower surface the shortest, shortens the time that pearl drops, both can reduce pearl and the frictional force going out hole of bead inwall, and can shorten path again, and accelerate the transfer rate of pearl.
Accompanying drawing explanation
Fig. 1 is the overall structure figure of the rotating disk of existing pearl nailer;
Fig. 2 is the decomposition explosion figure of the rotating disk of existing pearl nailer;
Fig. 3 is the sectional view of the rotating disk of existing pearl nailer;
Fig. 4 is the structural representation of in Fig. 2 external piece.
Fig. 5 is the overall structure figure of the pearl rotating disk of the utility model embodiment 1 pearl nailer;
Fig. 6 is the decomposition explosion figure of critical piece in the pearl rotating disk of the utility model embodiment 1 pearl nailer;
Fig. 7 is the overall structure figure of another angle of the pearl rotating disk of the utility model embodiment 1 pearl nailer;
Fig. 8 be pearl nailer in Fig. 7 pearl rotating disk A-A to sectional view;
Fig. 9 is the partial enlarged drawing of part B in Fig. 8, and in figure, magnification ratio is 20:1.
Figure 10 is the structure sectional view going out pearl part in the pearl rotating disk of the utility model embodiment 1 pearl nailer.
Detailed description of the invention
In order to those skilled in the art can understand technical scheme provided by the utility model better, set forth below in conjunction with specific embodiment.
Embodiment 1
Refer to Fig. 5-Figure 10, Fig. 5 is the overall structure figure of the pearl rotating disk of the utility model embodiment 1 pearl nailer; Fig. 6 is the decomposition explosion figure of critical piece in the pearl rotating disk of the utility model embodiment 1 pearl nailer; Fig. 7 is the overall structure figure of another angle of the pearl rotating disk of the utility model embodiment 1 pearl nailer; Fig. 8 be pearl nailer in Fig. 7 pearl rotating disk A-A to sectional view; Fig. 9 is the partial enlarged drawing of part B in Fig. 8, and in figure, magnification ratio is 20:1.Figure 10 is the structure sectional view going out pearl part in the pearl rotating disk of the utility model embodiment 1 pearl nailer.
The pearl rotating disk of the pearl nailer that the utility model embodiment provides, comprises rotating disk main body 1, rotates oar 2 and go out pearl part 3, wherein: rotating disk main body 1 is provided with the groove 11 of splendid attire pearl; Rotating oar 2 is arranged in the groove 11 of rotating disk main body 1; Be provided with fixing hole 4 bottom the groove 11 of rotating disk main body 1, go out pearl part 3 and be socketed in fixing hole 4, go out pearl part 3 and be provided with out the hole of bead 31.
Pearl is placed in the groove 11 of splendid attire pearl, rotate oar 2 rotated by driven by motor and then drive and stir pearl, rotating oar 2 drives pearl to move in groove 11, the aperture going out the hole of bead 31 going out pearl part 3 is a bit larger tham the diameter of pearl, when pearl move to out pearl part 3 go out the hole of bead 31 time, due to the effect of gravity, pearl is from going out the hole of bead 31 to drop.Because pearl constantly moves under the effect of paddle 2, therefore, pearl constantly from going out the hole of bead 31 to drop, and due to pearl simply direct from going out the movement locus that drops the hole of bead 31, do not have other obstruction, therefore the transfer rate of pearl is fast.
Further, going out the hole of bead 31, to pass out the distance of the upper surface of pearl part 3 and lower surface the shortest, namely the hole of bead 31 passes perpendicularly through out pearl part 3 upper and lower surface at vertical direction is gone out, both pearl and the frictional force going out the hole of bead 31 inwall can have been reduced, path can be shortened again, shorten the time that pearl drops, accelerate the transfer rate of pearl.
Further, groove 11 is circular groove, and the inner bottom surface of groove 11 is inclined upwardly gradually from outer to inside.The upper surface going out pearl part 3 is inclined upwardly near the side going out the hole of bead 31 gradually to away from the side going out the hole of bead 31.The angle of inclination going out the upper surface of pearl part 3 is less than or equal to the angle of inclination of the inner bottom surface of groove 11.When going out pearl part 3 and being arranged in fixing hole 4, the upper surface going out pearl part 3 also has certain angle of inclination, and the direction tilted is identical with the incline direction of groove inner bottom surface, so pearl can not pearl part 3 and the out-of-flatness and rough of seeming because of having installed in fixing hole 4 at groove inner bottom surface, pearl is more smooth and easy in the athletic meeting of groove inner bottom surface, do not have and stop and stagnate, ensure that pearl is to go out the motion near pearl part 3 smooth and easy, pearl can drop into out in the hole of bead very first time.
Further, the overwhelming majority of fixing hole 4 upper surface is arranged on the outer edge bottom groove 11, the sub-fraction of fixing hole 4 upper surface is blocked by the sidewall of groove 11, the basipetal upright projection of rotating disk main body 1, and the shade of the sidewall of groove 11 has blocked the sub-fraction of fixing hole 4.Because the inner bottom surface of groove 11 has constant slope, circular pearl can roll towards lower direction, outer automatically, the overwhelming majority of fixing hole 4 is arranged on the outer edge bottom groove 11 simultaneously, go out the hole of bead 31 also near the outer edge of bottom portion of groove what go out eccentric setting on pearl part 3, such pearl can in the very first time from going out the hole of bead 31 to drop down.In addition, when going out pearl part 3 and will being arranged on fixing hole 4, can directly push up going out pearl part 3 toward top, because the sub-fraction of fixing hole 4 upper surface is blocked by the sidewall of groove 11, the sidewall of groove 11 can play spacing go out the effect of pearl part 3, the surface going out pearl part 3 higher than the inner bottom surface of groove 11, can not can not hinder the motion of pearl, is also convenient to install simultaneously.
Simultaneously, go out the hole of bead 31 to be eccentrically set on out on pearl part 3, going out pearl part 3 can rotate in fixing hole 4, and the outer of groove 11 is close at the edge ensureing when installing the hole of bead 31, shorten the path of pearl motion, pearl can drop into out in the hole of bead 31 very first time.
Further, the aperture going out the hole of bead 31 going out pearl part 3 is 2mm-15mm, the aperture going out the hole of bead 31 can regulate according to using the size of bead diameter, and each hole of bead 31 that goes out used matches with pearl, and the aperture going out the hole of bead 31 is larger a little than the diameter of pearl.It should be noted that, the pore size going out pearl part 3 self is constant, and the aperture of fixing hole 4 also immobilizes, just different go out the hole of bead that outes of pearl part vary in size.Be be arranged on the fixing hole 4 of rotating disk main body 1 removably owing to going out pearl part 3, when the varying aperture of pearl, choose according to the diameter of pearl the pearl part 3 that goes out going out the hole of bead 31 accordingly and change, add out the versatility of pearl part 3.
The pearl rotating disk of pearl nailer also comprises set bolt 5, and the sidewall of rotating disk main body 1 arranges bolt hole, and bolt hole leads directly to fixing hole 4, and set bolt 5 fixedly goes out pearl part 3 by bolt hole knob.When pearl part 3 is installed out, will pearl part 3 be gone out pushes up the topmost of fixing hole 4, tighten set bolt 5, fast easy.
The blade 21 rotating oar 2 is made for flexible plastic sheet.Blade 21 has certain pliability, when rotating oar and rotating, softly when blade 21 and pearl to contact, can not damage pearl.
Experimentally calculate, speed that what pearl was per minute drop reach 300, substantially reach the transfer rate catching up with nail catcher, the transfer rate of pearl and nail catcher is synchronous, avoids the sky causing nail catcher to beat.
Compared with prior art, the pearl rotating disk of the pearl nailer that the utility model provides, can accelerate the transfer rate of pearl, makes the transfer rate of pearl catch up with the transfer rate of nail pearl, improves the transfer efficiency of pearl, and then improve the nail pearl efficiency of pearl nailer.
Embodiment 2
The pearl rotating disk of the pearl nailer that the utility model embodiment provides, comprises rotating disk main body, rotates oar and goes out pearl part, wherein: rotating disk main body is provided with the groove of splendid attire pearl; Rotating oar is arranged in the groove of rotating disk main body; The bottom portion of groove of rotating disk main body is provided with fixing hole, goes out pearl part and is socketed in fixing hole, goes out pearl part and is provided with out the hole of bead.
Pearl is placed in the groove of splendid attire pearl, rotate oar rotated by driven by motor and then drive and stir pearl, rotating oar drives pearl to move in groove, the aperture going out the hole of bead is a bit larger tham the diameter of pearl, when pearl move to out pearl part go out the hole of bead time, due to the effect of gravity, pearl is from going out the hole of bead to drop.Because pearl constantly moves under the effect of paddle, therefore, pearl constantly from going out the hole of bead to drop, and due to pearl simply direct from going out the movement locus that drops the hole of bead, do not have other obstruction, therefore the transfer rate of pearl is fast.
Further, going out the hole of bead, to pass out the distance of the upper surface of pearl part and lower surface the shortest, namely the hole of bead passes perpendicularly through out pearl part upper and lower surface at vertical direction is gone out, both pearl and the frictional force going out hole of bead inwall can have been reduced, path can be shortened again, shorten the time that pearl drops, accelerate the transfer rate of pearl.
Further, groove is circular groove, and the inner bottom surface of groove is inclined upwardly gradually from outer to inside.The upper surface going out pearl part is inclined upwardly near the side going out the hole of bead gradually to away from the side going out the hole of bead.The angle of inclination going out the upper surface of pearl part is less than or equal to the angle of inclination of the inner bottom surface of groove.When going out pearl part and being arranged in fixing hole, the upper surface going out pearl part also has certain angle of inclination, and the direction tilted is identical with the incline direction of groove inner bottom surface, so pearl can not pearl part and the out-of-flatness and rough of seeming because of having installed in fixing hole at groove inner bottom surface, pearl is more smooth and easy in the athletic meeting of groove inner bottom surface, do not have and stop and stagnate, ensure that pearl is to go out the motion near pearl part smooth and easy, pearl can drop into out in the hole of bead very first time.
Further, fixing hole is arranged on the outer edge of described bottom portion of groove, because the inner bottom surface of groove has constant slope, circular pearl can roll towards lower direction, outer automatically, fixing hole is arranged on the outer edge of bottom portion of groove simultaneously, go out the hole of bead also near the outer edge of bottom portion of groove what go out eccentric setting on pearl part, such pearl can in the very first time from going out the hole of bead to drop down.Meanwhile, go out the hole of bead and be eccentrically set on out on pearl part, going out pearl part can rotate in fixing hole, and the outer of groove is close at the edge ensureing when installing the hole of bead, and shorten the path of pearl motion, pearl can drop into out in the hole of bead very first time.
Further, the aperture going out the hole of bead going out pearl part is 2mm-15mm, and the aperture going out the hole of bead can regulate according to using the size of bead diameter, each use go out the hole of bead and pearl matches, the aperture going out the hole of bead is larger a little than the diameter of pearl.It should be noted that, the pore size going out pearl part self is constant, and the aperture of fixing hole also immobilizes, just different go out the hole of bead that outes of pearl part vary in size.Be be arranged on the fixing hole of rotating disk main body removably owing to going out pearl part, when the diameter change of pearl, choose according to the diameter of pearl the pearl part that goes out going out the hole of bead accordingly and change.
The pearl rotating disk of pearl nailer also comprises set bolt, and the sidewall of rotating disk main body arranges bolt hole, and bolt hole leads directly to fixing hole, and set bolt fixedly goes out pearl part by bolt hole knob.When pearl part is installed out, by going out pearl part top to the topmost of fixing hole, tighten set bolt, fast easy.
The blade rotating oar is that flexible plastic sheet is made.Blade has certain pliability, when rotating oar and rotating, softly when blade and pearl to contact, can not damage pearl.
Experimentally calculate, speed that what pearl was per minute drop reach 300, substantially reach the transfer rate catching up with nail catcher, pearl and nail catcher synchronous, avoid the sky causing nail catcher to beat.
Compared with the pearl rotating disk of the pearl nailer of embodiment 1, the present embodiment is not blocked by the sidewall of groove due to fixing hole upper surface, the sidewall of groove can not play spacing effect, when going out pearl part and will being arranged on fixing hole, pearl part will be gone out push up toward top, may to eject going out pearl part and higher than the inner bottom surface of groove, the motion of pearl can be hindered like this, but carefully install when installation, can ensure out that the upper surface of pearl part flushes with the inner bottom surface of groove equally, the surface going out pearl part higher than the inner bottom surface of groove, can not can not hinder the motion of pearl.
Experimentally calculate, speed that what pearl was per minute drop reach 300, substantially reach the transfer rate catching up with nail catcher, the transfer rate of pearl and nail catcher is synchronous, avoids the sky causing nail catcher to beat.
Compared with prior art, the pearl rotating disk of the pearl nailer that the utility model provides, can accelerate the transfer rate of pearl, makes the transfer rate of pearl catch up with the transfer rate of nail pearl, improves the transfer efficiency of pearl, and then improve the nail pearl efficiency of pearl nailer.
Embodiment 3
The pearl rotating disk of the pearl nailer that the utility model embodiment provides, comprises rotating disk main body, rotates oar and goes out pearl part, wherein: rotating disk main body is provided with the groove of splendid attire pearl; Rotating oar is arranged in the groove of rotating disk main body; The bottom portion of groove of rotating disk main body is provided with fixing hole, goes out pearl part and is socketed in fixing hole, goes out pearl part and is provided with out the hole of bead.
Pearl is placed in the groove of splendid attire pearl, rotate oar rotated by driven by motor and then drive and stir pearl, rotating oar drives pearl to move in groove, the aperture going out the hole of bead is a bit larger tham the diameter of pearl, when pearl move to out pearl part go out the hole of bead time, due to the effect of gravity, pearl is from going out the hole of bead to drop.Because pearl constantly moves under the effect of paddle, therefore, pearl constantly from going out the hole of bead to drop, and due to pearl simply direct from going out the movement locus that drops the hole of bead, do not have other obstruction, therefore the transfer rate of pearl is fast.
Further, going out the hole of bead, to pass out the distance of the upper surface of pearl part and lower surface the shortest, namely the hole of bead passes perpendicularly through out pearl part upper and lower surface at vertical direction is gone out, both pearl and the frictional force going out hole of bead inwall can have been reduced, path can be shortened again, shorten the time that pearl drops, accelerate the transfer rate of pearl.
Further, fixing hole is arranged on the outer edge of described bottom portion of groove, time pearl is rotated oar driven rotary, due to the effect of centrifugal force, circular pearl can roll towards the direction, outer of groove automatically, simultaneously fixing hole is arranged on the outer edge of bottom portion of groove, and go out the hole of bead also near the outer edge of bottom portion of groove what go out eccentric setting on pearl part, such pearl can in the very first time from going out the hole of bead to drop down.
Meanwhile, go out the hole of bead and be eccentrically set on out on pearl part, going out pearl part can rotate in fixing hole, and the outer of groove is close at the edge ensureing when installing the hole of bead, and shorten the path of pearl motion, pearl can drop into out in the hole of bead very first time.
Further, the aperture going out the hole of bead going out pearl part is 2mm-15mm, and the aperture going out the hole of bead can regulate according to using the size of bead diameter, each use go out the hole of bead and pearl matches, the aperture going out the hole of bead is larger a little than the diameter of pearl.It should be noted that, the diameter going out pearl part self is constant, and the aperture of fixing hole also immobilizes, just different go out the hole of bead that outes of pearl part vary in size.Be be arranged on the fixing hole of rotating disk main body removably owing to going out pearl part, when the diameter change of pearl, choose according to the diameter of pearl the pearl part that goes out going out the hole of bead accordingly and change.
The pearl rotating disk of pearl nailer also comprises set bolt, and the sidewall of rotating disk main body arranges bolt hole, and bolt hole leads directly to fixing hole, and set bolt fixedly goes out pearl part by bolt hole knob.When pearl part is installed out, by going out pearl part top to the topmost of fixing hole, tighten set bolt, fast easy.
The blade rotating oar is that flexible plastic sheet is made.Blade has certain pliability, when rotating oar and rotating, softly when blade and pearl to contact, can not damage pearl.
Compared with prior art, the pearl rotating disk of the pearl nailer that the utility model provides, can accelerate the transfer rate of pearl, makes the transfer rate of pearl catch up with the transfer rate of nail pearl, improves the transfer efficiency of pearl, and then improve the nail pearl efficiency of pearl nailer.
To the above-mentioned explanation of the disclosed embodiments, professional and technical personnel in the field are realized or uses the utility model.To be apparent for those skilled in the art to the multiple amendment of these embodiments, General Principle as defined herein when not departing from spirit or scope of the present utility model, can realize in other embodiments.Therefore, the utility model can not be restricted to these embodiments shown in this article, but will meet the widest scope consistent with principle disclosed herein and features of novelty.
Claims (11)
1. a pearl rotating disk for pearl nailer, is characterized in that, comprises rotating disk main body, rotates oar and goes out pearl part, wherein:
Described rotating disk main body is provided with the groove of splendid attire pearl;
Described rotation oar is arranged in the groove of described rotating disk main body;
The bottom portion of groove of described rotating disk main body is provided with fixing hole, described in go out pearl part and be socketed in described fixing hole, described in go out pearl part and be provided with out the hole of bead.
2. the pearl rotating disk of pearl nailer according to claim 1, is characterized in that, described in go out the hole of bead be eccentrically set on described in go out on pearl part.
3. the pearl rotating disk of pearl nailer according to claim 2, is characterized in that, described in go out the hole of bead pass described in go out the distance of the upper surface of pearl part and lower surface the shortest.
4. the pearl rotating disk of pearl nailer according to claim 3, is characterized in that, described in go out the hole of bead aperture be 2mm-15mm.
5. the pearl rotating disk of pearl nailer according to claim 1, is characterized in that, described fixing hole is arranged on the outer edge of described bottom portion of groove.
6. the pearl rotating disk of pearl nailer according to claim 1, it is characterized in that, the overwhelming majority of described fixing hole upper surface is arranged on the outer edge of described bottom portion of groove, the sub-fraction of described fixing hole upper surface is blocked by the sidewall of described groove, the basipetal upright projection of described rotating disk main body, the shade of the sidewall of described groove has blocked the sub-fraction of described fixing hole.
7. the pearl rotating disk of the pearl nailer according to any one of claim 5 or 6, is characterized in that, described groove is circular groove, and the inner bottom surface of described groove is inclined upwardly gradually from outer to inside.
8. the pearl rotating disk of pearl nailer according to claim 7, is characterized in that, described in go out pearl part upper surface be inclined upwardly gradually near the side going out the hole of bead to away from the side going out the hole of bead.
9. the pearl rotating disk of pearl nailer according to claim 8, is characterized in that, described in go out the upper surface of pearl part angle of inclination be less than or equal to the angle of inclination of the inner bottom surface of described groove.
10. the pearl rotating disk of pearl nailer according to claim 1, it is characterized in that, also comprise set bolt, the sidewall of described rotating disk main body arranges bolt hole, described bolt hole leads directly to described fixing hole, goes out pearl part described in described set bolt is fixing by described bolt hole knob.
The pearl rotating disk of 11. pearl nailers according to claim 1, is characterized in that, the blade of described rotation oar is that flexible plastic sheet is made.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420517992.0U CN204039821U (en) | 2014-09-10 | 2014-09-10 | A kind of pearl rotating disk of pearl nailer |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420517992.0U CN204039821U (en) | 2014-09-10 | 2014-09-10 | A kind of pearl rotating disk of pearl nailer |
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| Publication Number | Publication Date |
|---|---|
| CN204039821U true CN204039821U (en) | 2014-12-24 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420517992.0U Withdrawn - After Issue CN204039821U (en) | 2014-09-10 | 2014-09-10 | A kind of pearl rotating disk of pearl nailer |
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| Country | Link |
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| CN (1) | CN204039821U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104179045A (en) * | 2014-09-10 | 2014-12-03 | 林尧宇 | Bead rotating plate of beading machine |
-
2014
- 2014-09-10 CN CN201420517992.0U patent/CN204039821U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104179045A (en) * | 2014-09-10 | 2014-12-03 | 林尧宇 | Bead rotating plate of beading machine |
| CN104179045B (en) * | 2014-09-10 | 2016-03-30 | 林尧宇 | A kind of pearl rotating disk of pearl nailer |
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Granted publication date: 20141224 Effective date of abandoning: 20160330 |
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