CN104179045A - Bead rotating plate of beading machine - Google Patents
Bead rotating plate of beading machine Download PDFInfo
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- CN104179045A CN104179045A CN201410458079.2A CN201410458079A CN104179045A CN 104179045 A CN104179045 A CN 104179045A CN 201410458079 A CN201410458079 A CN 201410458079A CN 104179045 A CN104179045 A CN 104179045A
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Abstract
The invention discloses a bead rotating plate of a beading machine. The bead rotating plate comprises a rotating plate main body, a rotating blade and bead outlet parts, wherein the rotating plate main body is provided with a groove for containing the beads; the rotating blade is installed in the groove of the rotating plate main body; the bottom of the groove of the rotating plate main body is provided with fixed holes, the bead outlet parts are nested in the fixed holes, and the bead outlet parts are provided with bead outlet holes. Compared with the prior art, the bead rotating plate of the beading machine can accelerate the transferring speed of the beads, so that the transferring speed of the beads can keep up with the beading transferring speed, the transferring efficiency of the beads can be increased, and the beading efficiency of the beading machine can be improved.
Description
Technical field
The present invention relates to pearl nailer field, exactly refer to a kind of pearl rotating disk of pearl nailer.
Background technology
Now, development along with apparel industry, people more and more pursue the attractive in appearance and diversity of clothes, except to clothes from the requirement of body style, also can also there is requirement to the auxiliary material accessories that depend on clothes, thereby need on clothes, 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 at first completes by manual threading, and efficiency is very low, and slowly development had just had pearl nailer afterwards, changed into by mechanization and followed closely 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 pearl is by up transmitting below, then nail catcher and pearl are rushed to riveting is fixed together by impacting.Technological deficiency due to 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 location 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 on the basis of original generation pearl nailer, improve, by reverse side nail pearl, change positive face nailing pearl into.Pearl transmits from above, and nail catcher transmits from beneath, then by impacting, nail catcher and pearl is fixed together.Two generation pearl nailer nail catcher transmission need to just can complete through two actions: 1, nail catcher is sent on the track of frame appointment, and nail catcher forwards to along track in the draw-in groove of middle switch block, and the end of track is vertical with middle switch block; 2, middle switch block drives nail catcher to the red needle hole site of nail catcher cylinder through the cylinder at frame rear along delivery chute again, thereby completes action in a week, after again the impact by nail catcher cylinder nail catcher and pearl are fixed together.
Refer to Fig. 1-Fig. 4, the overall structure figure of the rotating disk that Fig. 1 is existing pearl nailer; Fig. 2 is the decomposition explosion figure of the rotating disk of existing pearl nailer; Fig. 3 is the cutaway view of the rotating disk of existing pearl nailer; Fig. 4 is the structural representation of external in Fig. 2.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, and the madial wall of groove 7 ' is provided with a plurality of hole of beads 3 ' of entering by size.When carrying pearl, rotation by rotating disk bottom 2 ' drives pearl motion, pearl enters into the entering in the hole of bead 3 ' of groove 7 ' of rotating disk main body 1 ', after the segment distance that then advances in entering the hole of bead 3 ', enters in pearl passage 5 ', and then pearl is transported to other mechanisms of pearl nailer.The power of advancing by the collision between pearl in entering the hole of bead 3 ' due to pearl not enough, is advanced so also need to provide certain air pressure to blow pearl by air admission hole 61 ' in entering the hole of bead 3 '.The pearl passage 5 ' that falls is embedded between the rotating disk main body 1 ' sidewall of borehole and external 6 ', and rotating disk main body 1 ' sidewall and external 6 ' are provided with mosaic groove 62 '.Because the size of pearl has plurality of specifications, at the madial wall of groove 7 ', by size, be provided with a plurality of hole of beads 3 ' of entering, fall the aperture of pearl passage 5 ' according to the size of pearl, the pearl passage 5 ' that falls that need to coordinate corresponding a plurality of sizes, the pearl passage 5 ' of falling needs and the dimensional fits that enters the hole of bead 3 ' of the madial wall of groove 7 ', what for example have in the drawings three different sizes enters the hole of bead 3 ', and that needs the pearl passages 5 ' that fall of three different sizes to match.When falling pearl passage 5 ' with one of them, 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 block by latch 4 '.
In order to raise the efficiency, everybody is pursuing the speed of accelerating nail pearl, so that order and shipment more.But at present, be no matter generation pearl nailer or two generation pearl nailer, the transmission of nail catcher all velocity ratio is very fast, 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, and the two differs 120.So, if change up nail pearl speed, because the transfer rate of pearl does not obviously catch up with the transfer rate of nail catcher, can cause the sky of nail catcher to beat, nail catcher not nail, on pearl, so not only can produce the defect ware of nail pearl, and can cause pearl nailer to break down, further reduce nail pearl efficiency.
Summary of the invention
For above-mentioned defect, the technical problem that the present invention solves is to provide a kind of pearl rotating disk 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 pearl nailer provided by the invention, 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, described in, going out the hole of bead goes out on pearl part described in being eccentrically set on.
Preferably, described in, go out that the hole of bead goes out the upper surface of pearl part described in passing and the distance of lower surface is the shortest.
Preferably, the aperture that goes 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 that goes out pearl part described in is inclined upwardly to the side away from going out the hole of bead gradually from the side near going out the hole of bead.
Preferably, the angle of inclination that goes 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, on the sidewall of described rotating disk main body, bolt hole is set, and described bolt hole leads directly to described fixing hole, described in described set bolt is fixing by described bolt hole knob, goes out pearl part.
Preferably, the blade of described rotation oar is that flexible plastic sheet is made.
The pearl rotating disk of pearl nailer provided by the invention, 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; Rotation 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, rotation oar rotates by driven by motor and then drives and stir pearl, rotation oar drives pearl to move in groove, the aperture that goes 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 drops from go out the hole of bead.Due to pearl constantly motion under the effect of paddle, therefore, pearl constantly drops from go out the hole of bead, and the movement locus dropping from go out the hole of bead due to pearl is simply direct, there is no other obstruction, so the transfer rate of pearl is fast.Compared with prior art, the pearl rotating disk of pearl nailer provided by the invention, 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 improves the nail pearl efficiency of pearl nailer.
Especially, the pearl rotating disk of pearl nailer provided by the invention, 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 outer direction automatically, fixing hole is arranged on the outer edge of bottom portion of groove simultaneously, what go out eccentric setting on pearl part, go out the hole of bead also near the outer edge of bottom portion of groove, pearl can drop down in the very first time from go out the hole of bead like this.According to experiment measuring and calculating, the speed that drops that pearl is per minute reach 300, substantially reach the transfer rate of catching up with nail catcher, the transfer rate of pearl and nail catcher is synchronous, avoids causing the sky of nail catcher to beat.
In addition, the pearl rotating disk of pearl nailer provided by the invention, groove is circular groove, the inner bottom surface of groove is inclined upwardly gradually from outer to inside; The upper surface that goes out pearl part is inclined upwardly to the side away from going out the hole of bead gradually from the side near going out the hole of bead, and the angle of inclination that goes 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 be arranged in described fixing hole, the upper surface that goes out pearl part also has certain angle of inclination, and the direction tilting is identical with the incline direction of groove inner bottom surface, pearl has installed pearl part and the out-of-flatness and rough that seems in groove inner bottom surface can not be because of fixing hole so, pearl is more smooth and easy in the athletic meeting of groove inner bottom surface, do not have and stop and stagnate, guarantee that pearl is smooth and easy near the motion going out pearl part, pearl can drop into out in the hole of bead very first time.
As further improved plan, the pearl rotating disk of pearl nailer provided by the invention, 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 be arranged on fixing hole, can directly by going out pearl part, toward top, push up, 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 that goes out pearl part can be higher than the inner bottom surface of groove, can not hinder the motion of pearl, be convenient to install yet simultaneously.
It needs to be noted, the pearl rotating disk of pearl nailer provided by the invention, 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 that guarantees to go out the hole of bead when installing, and pearl can drop into out in the hole of bead very first time; Go out that the upper surface of pearl part is passed out in the hole of bead and the distance of lower surface is the shortest, shorten the time that pearl drops, both can reduce pearl and the frictional force that goes out hole of bead inwall, can shorten path again, 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 cutaway view of the rotating disk of existing pearl nailer;
Fig. 4 is the structural representation of external in Fig. 2.
Fig. 5 is the overall structure figure of the pearl rotating disk of the embodiment of the present invention 1 pearl nailer;
Fig. 6 is the decomposition explosion figure of critical piece in the pearl rotating disk of the embodiment of the present invention 1 pearl nailer;
Fig. 7 is the overall structure figure of another angle of the pearl rotating disk of the embodiment of the present invention 1 pearl nailer;
Fig. 8 be pearl nailer in Fig. 7 pearl rotating disk A-A to cutaway view;
Fig. 9 is the partial enlarged drawing of B part in Fig. 8, and in figure, magnification ratio is 20:1.
Figure 10 goes out the structure cutaway view of pearl part in the pearl rotating disk of the embodiment of the present invention 1 pearl nailer.
The specific embodiment
For those skilled in the art can understand technical scheme provided by the present invention better, below in conjunction with specific embodiment, set forth.
Embodiment 1
Refer to Fig. 5-Figure 10, Fig. 5 is the overall structure figure of the pearl rotating disk of the embodiment of the present invention 1 pearl nailer; Fig. 6 is the decomposition explosion figure of critical piece in the pearl rotating disk of the embodiment of the present invention 1 pearl nailer; Fig. 7 is the overall structure figure of another angle of the pearl rotating disk of the embodiment of the present invention 1 pearl nailer; Fig. 8 be pearl nailer in Fig. 7 pearl rotating disk A-A to cutaway view; Fig. 9 is the partial enlarged drawing of B part in Fig. 8, and in figure, magnification ratio is 20:1.Figure 10 goes out the structure cutaway view of pearl part in the pearl rotating disk of the embodiment of the present invention 1 pearl nailer.
The pearl rotating disk of the pearl nailer that the embodiment of the present invention provides, comprises rotating disk main body 1, rotation oar 2 and goes out pearl part 3, wherein: rotating disk main body 1 is provided with the groove 11 of splendid attire pearl; Rotation oar 2 is arranged in the groove 11 of rotating disk main body 1; Groove 11 bottoms of rotating disk main body 1 are provided with fixing hole 4, go out pearl part 3 and are socketed in fixing hole 4, go out pearl part 3 and are provided with out the hole of bead 31.
Pearl is placed in the groove 11 of splendid attire pearl, rotation oar 2 rotates by driven by motor and then drives and stir pearl, rotation oar 2 drives pearl in the interior motion of groove 11, the aperture that goes out the hole of bead 31 that goes 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 drops from go out the hole of bead 31.Due to pearl constantly motion under the effect of paddle 2, therefore, pearl constantly drops from go out the hole of bead 31, and the movement locus dropping from go out the hole of bead 31 due to pearl is simply direct, there is no other obstruction, so the transfer rate of pearl is fast.
Further, go out that the upper surface of pearl part 3 is passed out in the hole of bead 31 and the distance of lower surface is the shortest, go out the hole of bead 31 and at vertical direction, vertically pass out the upper and lower surface of pearl part 3, both pearl and the frictional force that goes out the hole of bead 31 inwalls can have been reduced, can shorten path 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 that goes out pearl part 3 is inclined upwardly to the side away from going out the hole of bead 31 gradually from the side near going out the hole of bead 31.The angle of inclination that goes 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 be arranged in fixing hole 4, the upper surface that goes out pearl part 3 also has certain angle of inclination, and the direction tilting is identical with the incline direction of groove inner bottom surface, pearl can not install pearl part 3 and the out-of-flatness and rough that seems because of fixing hole 4 is interior at groove inner bottom surface so, pearl is more smooth and easy in the athletic meeting of groove inner bottom surface, do not have and stop and stagnate, guarantee that pearl is smooth and easy near the motion going out pearl part 3, pearl can drop into out in the hole of bead very first time.
Further, the overwhelming majority of fixing hole 4 upper surfaces is arranged on the outer edge of groove 11 bottoms, the sub-fraction of fixing hole 4 upper surfaces 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 outer direction automatically, the overwhelming majority of fixing hole 4 is arranged on the outer edge of groove 11 bottoms simultaneously, what go out eccentric setting on pearl part 3, go out the hole of bead 31 also near the outer edge of bottom portion of groove, pearl can drop down in the very first time from go out the hole of bead 31 like this.In addition, when going out pearl part 3 and will be arranged on fixing hole 4, can directly by going out pearl part 3, toward top, push up, because the sub-fraction of fixing hole 4 upper surfaces is blocked by the sidewall of groove 11, the sidewall of groove 11 can play the spacing effect that goes out pearl part 3, the surface that goes out pearl part 3 can or not hinder the motion of pearl higher than the inner bottom surface of groove 11, is convenient to install simultaneously yet.
Simultaneously, go out the hole of bead 31 and be eccentrically set on out on pearl part 3, going out pearl part 3 can be in the interior rotation of fixing hole 4, and the outer of groove 11 is close at the edge that guarantees to go out the hole of bead 31 when installing, the path of shortening pearl motion, pearl can drop into out in the hole of bead 31 very first time.
Further, the aperture that goes out the hole of bead 31 that goes out pearl part 3 is 2mm-15mm, the aperture that goes out the hole of bead 31 is according to using the size of bead diameter to regulate, and each hole of bead 31 that goes out of using matches with pearl, and the diameter of aperture ratio pearl that goes out the hole of bead 31 is larger a little.It should be noted that, the pore size that goes out pearl part 3 self is constant, and the aperture of fixing hole 4 also immobilizes, and just the different hole of beads that go out that go out pearl part vary in size.Owing to going out pearl part 3, be to be arranged on removably on the fixing hole 4 of rotating disk main body 1, when the varying aperture of pearl, according to the diameter of pearl, choose the pearl part 3 that goes out that goes out accordingly the hole of bead 31 and change, increased the versatility that pearl part 3.
The pearl rotating disk of pearl nailer also comprises set bolt 5, on the sidewall of rotating disk main body 1, bolt hole is set, 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, by going out the topmost of pearl part 3 tops to fixing hole 4, tighten set bolt 5, easy to be quick.
The blade 21 of rotation oar 2 is made for flexible plastic sheet.Blade 21 has certain pliability, and when rotation oar when rotation, blade 21 soft contact during with pearl, can not damage pearl.
According to experiment measuring and calculating, the speed that drops that pearl is per minute reach 300, substantially reach the transfer rate of catching up with nail catcher, the transfer rate of pearl and nail catcher is synchronous, avoids causing the sky of nail catcher to beat.
Compared with prior art, the pearl rotating disk of pearl nailer provided by the invention, 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 improves the nail pearl efficiency of pearl nailer.
Embodiment 2
The pearl rotating disk of the pearl nailer that the embodiment of the present invention 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; Rotation 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, rotation oar rotates by driven by motor and then drives and stir pearl, rotation oar drives pearl to move in groove, the aperture that goes 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 drops from go out the hole of bead.Due to pearl constantly motion under the effect of paddle, therefore, pearl constantly drops from go out the hole of bead, and the movement locus dropping from go out the hole of bead due to pearl is simply direct, there is no other obstruction, so the transfer rate of pearl is fast.
Further, go out that the upper surface of pearl part is passed out in the hole of bead and the distance of lower surface is the shortest, go out the hole of bead and at vertical direction, vertically pass out the upper and lower surface of pearl part, both pearl and the frictional force that goes out hole of bead inwall can have been reduced, can shorten path 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 that goes out pearl part is inclined upwardly to the side away from going out the hole of bead gradually from the side near going out the hole of bead.The angle of inclination that goes 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 be arranged in fixing hole, the upper surface that goes out pearl part also has certain angle of inclination, and the direction tilting is identical with the incline direction of groove inner bottom surface, pearl has installed pearl part and the out-of-flatness and rough that seems in groove inner bottom surface can not be because of fixing hole so, pearl is more smooth and easy in the athletic meeting of groove inner bottom surface, do not have and stop and stagnate, guarantee that pearl is smooth and easy near the motion going out pearl part, 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 outer direction automatically, fixing hole is arranged on the outer edge of bottom portion of groove simultaneously, what go out eccentric setting on pearl part, go out the hole of bead also near the outer edge of bottom portion of groove, pearl can drop down in the very first time from go out the hole of bead like this.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 that guarantees to go out the hole of bead when installing, the path of shortening pearl motion, and pearl can drop into out in the hole of bead very first time.
Further, the aperture that goes out the hole of bead that goes out pearl part is 2mm-15mm, and the aperture that goes out the hole of bead is according to using the size of bead diameter to regulate, each use go out the hole of bead and pearl matches, the diameter of aperture ratio pearl that goes out the hole of bead is larger a little.It should be noted that, the pore size that goes out pearl part self is constant, and the aperture of fixing hole also immobilizes, and just the different hole of beads that go out that go out pearl part vary in size.Owing to going out pearl part, be to be arranged on removably on the fixing hole of rotating disk main body, when the diameter of pearl changes, according to the diameter of pearl, choose the pearl part that goes out that goes out accordingly the hole of bead and change.
The pearl rotating disk of pearl nailer also comprises set bolt, on the sidewall of rotating disk main body, bolt hole is set, 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 and push up the topmost of fixing hole, tighten set bolt, easy fast.
The blade of rotation oar is that flexible plastic sheet is made.Blade has certain pliability, and when rotation oar when rotation, blade soft contact during with pearl, can not damage pearl.
According to experiment measuring and calculating, the speed that drops that pearl is per minute reach 300, substantially reach the transfer rate of catching up with nail catcher, pearl and nail catcher are synchronous, avoid causing the sky of nail catcher to beat.
Compare with the pearl rotating disk of the pearl nailer of embodiment 1, the present embodiment is because fixing hole upper surface is not blocked by the sidewall of groove, the sidewall of groove can not play spacing effect, when going out pearl part and will be arranged on fixing hole, to go out pearl part pushes up toward top, may will go out that pearl part ejects and higher than the inner bottom surface of groove, can hinder the motion of pearl like this, but carefully install when installing, can guarantee out that equally the upper surface of pearl part and the inner bottom surface of groove flush, the surface that goes out pearl part can, higher than the inner bottom surface of groove, can not hinder the motion of pearl.
According to experiment measuring and calculating, the speed that drops that pearl is per minute reach 300, substantially reach the transfer rate of catching up with nail catcher, the transfer rate of pearl and nail catcher is synchronous, avoids causing the sky of nail catcher to beat.
Compared with prior art, the pearl rotating disk of pearl nailer provided by the invention, 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 improves the nail pearl efficiency of pearl nailer.
Embodiment 3
The pearl rotating disk of the pearl nailer that the embodiment of the present invention 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; Rotation 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, rotation oar rotates by driven by motor and then drives and stir pearl, rotation oar drives pearl to move in groove, the aperture that goes 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 drops from go out the hole of bead.Due to pearl constantly motion under the effect of paddle, therefore, pearl constantly drops from go out the hole of bead, and the movement locus dropping from go out the hole of bead due to pearl is simply direct, there is no other obstruction, so the transfer rate of pearl is fast.
Further, go out that the upper surface of pearl part is passed out in the hole of bead and the distance of lower surface is the shortest, go out the hole of bead and at vertical direction, vertically pass out the upper and lower surface of pearl part, both pearl and the frictional force that goes out hole of bead inwall can have been reduced, can shorten path 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, when pearl is rotated oar driven rotary, effect due to centrifugal force, circular pearl can roll towards the outer direction of groove automatically, simultaneously fixing hole is arranged on the outer edge of bottom portion of groove, what go out eccentric setting on pearl part, goes out the hole of bead also near the outer edge of bottom portion of groove, and pearl can drop down in the very first time from go out the hole of bead like this.
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 that guarantees to go out the hole of bead when installing, the path of shortening pearl motion, and pearl can drop into out in the hole of bead very first time.
Further, the aperture that goes out the hole of bead that goes out pearl part is 2mm-15mm, and the aperture that goes out the hole of bead is according to using the size of bead diameter to regulate, each use go out the hole of bead and pearl matches, the diameter of aperture ratio pearl that goes out the hole of bead is larger a little.It should be noted that, the diameter that goes out pearl part self is constant, and the aperture of fixing hole also immobilizes, and just the different hole of beads that go out that go out pearl part vary in size.Owing to going out pearl part, be to be arranged on removably on the fixing hole of rotating disk main body, when the diameter of pearl changes, according to the diameter of pearl, choose the pearl part that goes out that goes out accordingly the hole of bead and change.
The pearl rotating disk of pearl nailer also comprises set bolt, on the sidewall of rotating disk main body, bolt hole is set, 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 and push up the topmost of fixing hole, tighten set bolt, easy fast.
The blade of rotation oar is that flexible plastic sheet is made.Blade has certain pliability, and when rotation oar when rotation, blade soft contact during with pearl, can not damage pearl.
Compared with prior art, the pearl rotating disk of pearl nailer provided by the invention, 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 improves the nail pearl efficiency of pearl nailer.
Above-mentioned explanation to the disclosed embodiments, makes professional and technical personnel in the field can realize or use the present invention.To the multiple modification of these embodiment, will be apparent for those skilled in the art, General Principle as defined herein can, in the situation that not departing from the spirit or scope of the present invention, realize in other embodiments.Therefore, the present invention will can not be restricted to these embodiment 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, comprise rotating disk main body, rotate oar and go 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 and go out on pearl part described in being eccentrically set on.
3. the pearl rotating disk of pearl nailer according to claim 2, is characterized in that, described in go out that the hole of bead goes out the upper surface of pearl part described in passing and the distance of lower surface is 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. according to the pearl rotating disk of the pearl nailer described in claim 5 or 6 any one, it 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 from the side near going out the hole of bead, to the side away from going out the hole of bead, be inclined upwardly gradually.
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, on the sidewall of described rotating disk main body, bolt hole is set, described bolt hole leads directly to described fixing hole, described in described set bolt is fixing by described bolt hole knob, goes out pearl part.
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.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201410458079.2A CN104179045B (en) | 2014-09-10 | 2014-09-10 | A kind of pearl rotating disk of pearl nailer |
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| CN201410458079.2A CN104179045B (en) | 2014-09-10 | 2014-09-10 | A kind of pearl rotating disk of pearl nailer |
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| CN104179045A true CN104179045A (en) | 2014-12-03 |
| CN104179045B CN104179045B (en) | 2016-03-30 |
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| CN201410458079.2A Active CN104179045B (en) | 2014-09-10 | 2014-09-10 | A kind of pearl rotating disk of pearl nailer |
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| CN108824039A (en) * | 2018-08-17 | 2018-11-16 | 周晓晖 | A kind of pearl driving means of pearl nailer |
| CN110613931A (en) * | 2018-06-19 | 2019-12-27 | 刘晓东 | Rotary disc type ball feeding mechanism for marble game machine |
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|---|---|
| CN104179045B (en) | 2016-03-30 |
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