CN204643213U - A kind of distributing device - Google Patents
A kind of distributing device Download PDFInfo
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- CN204643213U CN204643213U CN201520095911.7U CN201520095911U CN204643213U CN 204643213 U CN204643213 U CN 204643213U CN 201520095911 U CN201520095911 U CN 201520095911U CN 204643213 U CN204643213 U CN 204643213U
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- transmission
- connecting rod
- rotating shaft
- fork
- distributing device
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Abstract
The utility model provides a kind of distributing device, comprises, support, point feed bin, material toggling mechanism; Described material toggling mechanism comprises actuating device, Transmission, rotating shaft, two connecting rods, fork, scraper plate, described fork and described shaft parallel are arranged, and connecting rod described at least one directly drives by described Transmission, and two described connecting rods are all together swung with described rotating shaft.After power produces from actuating device, drive Transmission rotates, be molded directly within connecting rod owing to driving section, Transmission Direct driver connecting rod swing, decreases transmission step to greatest extent, thus makes drive configuration simpler, driving efficiency is higher, and as prior art, do not use long drive spindle, the fatigue performance of this drive configuration is improved, improves service life.
Description
Technical field
The utility model relates to a kind of distributing device, belongs to field of garbage disposal equipment.
Background technology
China city is huge, populous, the amount of the house refuse produced is very huge, in order to realize the process to a large amount of house refuse, accelerate treating process, except strengthening the process load of separate unit treatment facility, adopt the limited treatment facility of multiple stage process load to work to process house refuse exactly simultaneously, and when adopting multiple stage treatment facility to work, just need house refuse to be divided into continuously equably in treatment facility simultaneously.
In order to realize the continuous sub-material to house refuse, Chinese patent literature CN102390728A discloses a kind of distributing device, comprise, support, there is point feed bin of an inlet point and two discharging openings, between inlet point, two discharging openings connect respectively by two sub-material chambeies, and be provided with circular arc flitch between the below of inlet point, two sub-material chambeies, by entering from inlet point, the rubbish material dropped on circular arc flitch is dialled in two sub-material chambeies equably in material toggling mechanism.Material toggling mechanism comprises the motor being arranged on support side, the cam rotated by motor drives, the drive link connecting cam and fork, rotating shaft are arranged on fork on support, be arranged on the scraper plate contacted with circular arc flitch on fork top, and the adapter shaft of drive link and fork is positioned in the middle of rotating shaft and fork top.Material toggling mechanism operationally, motor power cam rotate, the cam rotated drives fork to do oscillating traverse motion around the shaft by drive link, thus the rubbish material on circular arc flitch is dialled in in two sub-material chambeies by scraper plate, thus rubbish material be divide into two parts equably.But, as can be seen from above-mentioned transmission process, power produces from motor, through cam, drive link, fork to scraper plate, this transmission is complicated, power makes driving efficiency lower, in addition, in order to ensure that fork has enough pendulum angles after repeatedly transmission, drive link needs to have certain length, need to bear larger moment of torsion with the connecting portion of fork in use, thus easy fracture by fatigue, affects service life.
Utility model content
For this reason, technical problem to be solved in the utility model is to solve the problem that distributing device driving efficiency is low, service life is short in prior art, thus proposes that a kind of driving efficiency is high, the distributing device of long service life.
For solving the problems of the technologies described above, a kind of distributing device of the present utility model, comprises,
Support;
Divide feed bin, arrange on the bracket, having the inlet point being positioned at top, being provided with the flitch for accepting the rubbish material fallen from inlet point below inlet point, the both sides of described flitch are respectively arranged with sub-material chamber, and described sub-material chamber has discharging opening;
Material toggling mechanism, for dialling in two sub-material chambeies respectively by the rubbish material dropped on flitch;
Described material toggling mechanism comprises the actuating device on the erecting frame that is arranged between two sub-material chambeies, be connected with described actuating device and the Transmission driven by described actuating device and rotate, rotating shaft is on the bracket set, be arranged on two connecting rods at described rotating shaft two ends, connect the fork not being connected one end with rotating shaft of two connecting rods, described fork is connected with the scraper plate contacted with flitch, described fork and described shaft parallel are arranged, connecting rod described at least one directly drives by described Transmission, and two described connecting rods are all together swung with described rotating shaft, the connecting rod directly driven by Transmission is divided into the driving section and transmission segment that are positioned at rotating shaft both sides by described rotating shaft, described transmission segment is between described rotating shaft and described fork.
Distributing device of the present utility model, described Transmission comprises, runner and the axle drive shaft be arranged on described runner, described driving section forms the driver slot offered along described length of connecting rod direction, described axle drive shaft to extend in described driver slot and makes described connecting rod swing with the cell wall effect of described driver slot.
Distributing device of the present utility model, the center of described driver slot is h1:h2=1:2-3 to distance h1 and the described rotating shaft axis of the axis of described rotating shaft to the ratio of the distance h2 of described fork axis.
Distributing device of the present utility model, described Transmission is arranged perpendicular to the output shaft of described actuating device, and described axle drive shaft is arranged perpendicular to described Transmission and connecting rod respectively.
Distributing device of the present utility model, the length L of driver slot is not less than the twice of described axle drive shaft to the distance R of described axle drive shaft centre of gration.
Distributing device of the present utility model, the full swing angle of described connecting rod is 40-60 °.
Distributing device of the present utility model, described fork enters by being arranged on a point opening for feed bin body skin both sides and passing described point feed bin, described opening is positioned at the top of described flitch, and described opening is fan-like pattern, and the center camber line of described opening and described flitch are isocentric circular arc.
Distributing device of the present utility model, described actuating device is arranged on the intermediate symmetry face of support and point feed bin.
Distributing device of the present utility model, two sub-material chambeies have the reclaiming plate accepting rubbish material respectively, and two reclaiming plates in two sub-material chambeies form 50-60 ° of angle.
Technique scheme of the present utility model has the following advantages compared to existing technology:
(1) distributing device of the present utility model, after power produces from actuating device, drive Transmission rotates, on erecting frame between the outer wall that actuating device is arranged on two sub-material chambeies, reduce the distance between actuating device and connecting rod, by Transmission connecting drive device and connecting rod, drive section to be molded directly within connecting rod simultaneously, thus, the transmission of power of actuating device just can directly make fork swing to connecting rod by Transmission, by above-mentioned actuating device, the set-up mode of Transmission and connecting rod, decrease transmission step to greatest extent, thus make drive configuration simpler, driving efficiency is higher, and as prior art, do not use long drive spindle, the fatigue performance of this drive configuration is improved, improve service life.
(2) distributing device of the present utility model, the rotary action of Transmission is converted into the hunting motion of connecting rod by axle drive shaft by the interaction between the cell wall of driver slot, by such type of drive, further simplify drive configuration.
(3) distributing device of the present utility model, described Transmission is arranged perpendicular to the output shaft of described actuating device, described axle drive shaft is arranged perpendicular to described Transmission and connecting rod respectively, the output shaft of axle drive shaft and actuating device is parallel to each other, the driving section of Transmission and connecting rod is parallel to each other, thus make the transmission all being carried out propulsive effort between the driving section of actuating device, Transmission, axle drive shaft and connecting rod by vertical moment, improve the transmission efficiency of power; In addition, in limited installing space, above-mentioned set-up mode makes drive configuration compacter.
(4) distributing device of the present utility model, there is the fan-like pattern opening be arranged on point feed bin body skin side, the center camber line of described opening and described flitch are isocentric circular arc, fork can do movement in a curve along the center camber line of opening when swinging, fork is avoided to collide a point feed bin body skin, by above-mentioned set-up mode, be on the one hand that installation and the swing of fork provides space, the area also reducing opening on the other hand makes rubbish material be not easy from then on opening part to drop out.
(5) distributing device of the present utility model, can be glided along reclaiming plate under gravity by the rubbish material that material toggling mechanism dials in sub-material chamber, and finally goes out from discharging opening.Two of two sub-material chambeies reclaiming plates are formed the angle of 50-60 °, rubbish material better can must be slided from reclaiming plate, prevent rubbish material from piling up, rubbish material is run smooth and easy.
Accompanying drawing explanation
In order to make content of the present utility model be more likely to be clearly understood, below according to specific embodiment of the utility model also by reference to the accompanying drawings, the utility model is described in further detail, wherein
Fig. 1 is the front view of the utility model embodiment 1 distributing device;
Fig. 2 is the structural representation of the utility model embodiment 1 point of feed bin;
Fig. 3 is the right elevation of the utility model embodiment 1 material toggling mechanism;
Fig. 4 is the front view of the utility model embodiment 1 material toggling mechanism.
In figure, Reference numeral is expressed as: 1-feeding conveyor, and 2-divides feed bin, 21-inlet point, 22-discharging opening, 23-sub-material chamber, 24-flitch, 25-reclaiming plate, 26-erecting frame, 27-opening, 3-feeding distribution mechanism, 31-actuating device, 32-Transmission, 33-bearing, 34-rotating shaft, 35-connecting rod, 351-transmission segment, 352-drives section, 352a-driver slot, 36-scraper plate, 37-fork, 38-axle drive shaft, 4-support, 5-outfeed belt conveyor.
Detailed description of the invention
Embodiment 1
The present embodiment provides a kind of distributing device, as Figure 1-4, comprises,
Support 4;
Divide feed bin 2, being arranged on described support 4, there is the inlet point 21 being positioned at top, below inlet point 21, being provided with the flitch 24 for accepting the rubbish material fallen from inlet point 21, the both sides of described flitch 24 are respectively arranged with sub-material chamber 23, and described sub-material chamber 23 has discharging opening 22; Particularly, as shown in Figure 2, the front elevation of point feed bin 2 be the shape of " V " font, divide on the body skin of feed bin 2 and be provided with three openings, be respectively the inlet point 21 being positioned at point feed bin 2 top, be positioned at two discharging openings 22 of point feed bin 2 bottom, be connected respectively by two sub-material chambeies 23 between inlet point 21 with two discharging openings 22; The body skin of point feed bin 2 comprises two reclaiming plates 25 tilted being positioned at bottom, sub-material chamber 23, two reclaiming plate 25 tops are connected by flitch 24, flitch 24 is positioned at the below of inlet point 21, connected by erecting frame 26 between the outer wall of two reclaiming plates 25, divide on the body skin of feed bin 2 and form opening 27, enter for fork 37 and pass point feed bin 2, opening 27 is positioned at the top of flitch 24;
Material toggling mechanism 3, for dialling in two sub-material chambeies 23 respectively by the rubbish material dropped on flitch 24;
Described material toggling mechanism 3 comprises the actuating device 31 on the erecting frame 26 that is arranged between two sub-material chambeies 23, be connected with described actuating device 31 and the Transmission 32 driven by described actuating device 31 and rotate, be arranged on the rotating shaft 34 on described support 4, be arranged on two connecting rods 35 at described rotating shaft 34 two ends, connect the fork 37 not being connected one end with rotating shaft 34 of two connecting rods 35, described fork 37 is connected with the scraper plate 36 contacted with flitch 24, described fork 37 be arranged in parallel with described rotating shaft 34, connecting rod 35 described in one of them directly drives by described Transmission 32, and two described connecting rods 35 are all together swung with described rotating shaft 34, the connecting rod 35 directly driven by Transmission 32 is divided into the driving section 352 and transmission segment 351 that are positioned at rotating shaft 34 both sides by described rotating shaft 34, described transmission segment 351 is between described rotating shaft 34 and described fork 37.
It should be noted that, described connecting rod 35 directly drives by described Transmission 32, here " directly " refers to, Transmission 32 directly drives one of them connecting rod 35 (drive connecting rod) to swing (connecting rod 35 on the left of in Fig. 3), because two connecting rods 35 are all fixedly connected with rotating shaft 34, and another connecting rod 35 (follower link, the connecting rod 35 as right side in Fig. 3) also swings with drive connecting rod under the drive of rotating shaft 34.
Particularly, two connecting rods 35, rotating shaft 34 and forks 37 are fixed together, and rotating shaft 34 is fixed on support 4 by bearing 33, thus connecting rod 35, rotating shaft 34 and fork 37 all can around the shaft 34 axis do the rotation of certain angle relative to support 4.
In the present embodiment, the driving process of distributing device is: as described in Figure 2, actuating device 31 (being specially motor) drives Transmission 32 (being specially runner) to rotate, Transmission 32 directly drives one of them connecting rod 35 to swing (connecting rod 35 on the left of in Fig. 3), because two connecting rods 35 are all fixedly connected with rotating shaft 34, thus another connecting rod 35 (connecting rod 35 on the right side of in Fig. 3) also can swing thereupon, and then fork 37 is also swung, and drive scraper plate 36 to swing on flitch 24, rubbish material is dialled in two sub-material chambeies 23.For the direction shown in Fig. 1, scraper plate 36 swings on flitch 24, when from Fig. 1, low order end swings to high order end to scraper plate 36, just rubbish material can be dialled in in the sub-material chamber 23 in left side, when high order end motion is to low order end in 1 from figure for scraper plate 36, just rubbish material can be dialled in in the sub-material chamber 23 on right side, as can be seen here, the stroke that swings of scraper plate 36 is identical, thus can realize uniform distributing; Further, by scraper plate 36 constantly reciprocally swinging between the low order end and high order end of scraper plate 36 stroke, rubbish material is continuously dialled in in two sub-material chambeies 23, achieves the continuous sub-material of distributing device.
In the present embodiment, after power produces from actuating device 31, Transmission 32 is driven to rotate, on erecting frame 26 between the outer wall that actuating device 31 is arranged on two reclaiming plates 25, reduce the distance between actuating device 31 and connecting rod 35, by Transmission 32 connecting drive device 31 and connecting rod 35, drive section 352 to be molded directly within connecting rod 35 simultaneously, thus, the transmission of power of actuating device 31 just can directly make fork 37 swing to connecting rod 35 by Transmission 32, by above-mentioned actuating device 31, the set-up mode of Transmission 32 and connecting rod 35, decrease transmission step to greatest extent, thus make drive configuration simpler, driving efficiency is higher, and as prior art, do not use long drive spindle, the fatigue performance of this drive configuration is improved, improve service life.
The distributing device of the present embodiment, described Transmission 32 comprises, runner and the axle drive shaft 38 be arranged on described runner, described driving section 352 forms the driver slot 352a offered along described connecting rod 35 length direction, described axle drive shaft 38 to extend in described driver slot 352a and with the cell wall effect of described driver slot 352a, described connecting rod 35 is swung.
In the present embodiment, under the drive of actuating device 31, axle drive shaft 38 moves in a circle, effect between axle drive shaft 38 and the cell wall being molded over the driver slot 352a driven in the section 352 and rotary action of Transmission 32 is converted into the hunting motion of connecting rod 35, by such type of drive, further simplify drive configuration.
The distributing device of the present embodiment, the length L of driver slot 352a is not less than the twice of described axle drive shaft 38 to the distance R of described axle drive shaft 38 centre of gration.When runner 32 rotates, the relative motion relation between axle drive shaft 38 and driver slot 352a is: during with driver slot 352a for object of reference, and axle drive shaft 38 moves reciprocatingly along the length direction of driver slot 352a in driver slot 352a.Arranging like this can ensure that driver slot 352a has enough length to hold the motion of axle drive shaft 38.
The distributing device of the present embodiment, the center of described driver slot 352a is h1:h2=1:2 to distance h1 and described rotating shaft 34 axis of the axis of described rotating shaft 34 to the ratio of the distance h2 of described fork 37 axis.As distortion, the ratio of h1:h2 can be arbitrary value in 1:2-3, as 1:2.5 or 1:3.By the ratio of h1:h2 is set to 1:2-3, drive configuration can be made compacter, and obtain better driving effect.
During actuating device 31 action, the driver slot 352a of axle drive shaft 38 pairs of connecting rods 35 acts on a moment of rotation that connecting rod 35 is rotated, thus make fork 37 drive scraper plate 36 together to swing, now, flitch 24 and rubbish material can give scraper plate 36 1 antagonistic forces, and this antagonistic force passes to fork 37, make the end of the transmission segment 352 of fork 37 pairs of connecting rods 35 act on the stop moment stoping connecting rod 35 to rotate, in order to make connecting rod 35 rotate, moment of rotation just must be made to be greater than stop moment.The distributing device of the present embodiment, described Transmission 32 is arranged perpendicular to the output shaft of described actuating device, and described axle drive shaft 38 is arranged perpendicular to described Transmission 32 and connecting rod 35 respectively.
Axle drive shaft 38 is parallel to each other with the output shaft of actuating device 31, Transmission 32 is parallel to each other with the driving section of connecting rod 35, thus make the transmission all being carried out propulsive effort between the driving section of actuating device 31, Transmission 32, axle drive shaft 38 and connecting rod 35 by vertical moment, improve the transmission efficiency of power; In addition, in limited installing space, above-mentioned set-up mode makes drive configuration compacter.
The distributing device of the present embodiment, the full swing angle of described connecting rod 35 be 45 ° (also namely from Fig. 1 high order end to low order end, or the pendulum angle from low order end to high order end), as distortion, the pendulum angle of described connecting rod 35 also can be the arbitrary value between 40-60 °, as 40 °, 45 °, 50 °, 55 °, 60 ° etc.In addition, the central angle alpha of the circular arc of described flitch 24 also can be arranged to equal with the full swing angle of connecting rod 35, or this central angle alpha is greater than the full swing angle about 2 ° of connecting rod 35, such as 3 °, 1 ° etc.So just can ensure that all rubbish materials dropped on flitch 24 are dialled in sub-material chamber 23 by connecting rod 35.
Distributing device in the present embodiment, the arc length d of described flitch 24 is 324mm, and the arc length d of flitch 24 and the pass of central angle alpha are
wherein h is the radius of flitch 24 circular arc, and the value of h is the arbitrary value in 200-400, such as gets 200,250,300,350,400.By flitch 24, central angle alpha and flitch 24 the radius h of circular arc limited by above-mentioned relation formula, make flitch 24 in the height direction nadir be unlikely to excessive to the distance of vertex, be affected by gravity after preventing rubbish material from dropping on flitch 24 and be slipped in sub-material chamber 23 along flitch 24, ensure the homogeneity of sub-material, and, because the length of connecting rod 35 transmission segment and the value of h are about (the length 50-100mm larger than the value of h of usual transmission segment), thus the length of connecting rod 35 also can be made to be unlikely to long, to improve the compactedness of drive configuration.
The distributing device of the present embodiment, described fork 37 is entered by the opening 27 of the fan-like pattern being arranged on point feed bin 2 body skin both sides and passes described point feed bin 2, described opening 27 is positioned at the top of described flitch 24, center camber line and the described flitch 24 of described opening 27 are isocentric circular arc, and the width of described opening 27 is a bit larger tham the diameter of fork 37.The inner arc of described opening 27 and outer arc are also isocentric circular arc with described flitch 24.Opening 27 is arranged to fan-like pattern, and width is a bit larger tham the diameter of fork 37, be isocentric circular arc by the center camber line of described opening 27 and described flitch 24, fork 37 swing time fork 37 just can do movement in a curve along the center camber line of opening, fork 37 is avoided to collide the body skin of point feed bin 2, by above-mentioned set-up mode, the installation that one side is fork and swing provide space, also reduce the size of opening 27 on the other hand as much as possible, make rubbish material be not easy from then on opening 27 place and drop out.The central angle of fan-like pattern opening 27 also equal with the pendulum angle of connecting rod 35 or slightly large (about 2 °).
The distributing device of the present embodiment, described actuating device 31 is arranged on the intermediate symmetry face of support 4 and point feed bin 2, is also symmetrical arranged about intermediate symmetry face, makes the integral structure of distributing device stressed more even.
The distributing device of the present embodiment, two reclaiming plates that two sub-material chambeies 23 have reclaiming plate 25, two sub-material chambeies 23 of accepting rubbish material respectively form 56 angles.It is arbitrarily angled that certain described angle also can be chosen in 50-60 °, such as 50 °, 52 °, 54 °, 55 °, 58 °, 60 ° etc.
Can be glided along reclaiming plate 25 under gravity by the rubbish material that material toggling mechanism 3 dials in sub-material chamber 23, and finally skid off from discharging opening 22.Two of two sub-material chambeies 23 reclaiming plates are formed the angle of 50-60 °, rubbish material better can must be slided from reclaiming plate 25, prevent rubbish material from piling up, rubbish material is run smooth and easy.It is to be noted, distributing device in the present embodiment, feeding conveyor 1 for rubbish material being transported to inlet point 21 can also be set, and lay respectively at two outfeed belt conveyors 5 below two discharging openings 22, to realize automatic transportation and sub-material process.Reclaiming plate 25 inwall can apply the material of low-friction coefficient, such as polytetrafluoroethylene, rubbish material be run more smooth and easy.
As the distortion of the set-up mode of Transmission 32, described Transmission 32 also can be reduced to the dwang rotated by actuating device 31 drives, and now, axle drive shaft 38 is arranged on one end of dwang.
As the distortion of connecting rod 35 type of drive, also can the driving section 352 driven by Transmission 32 be all set on two connecting rods 35, thus makes two connecting rods 35 all directly drive by Transmission 32 and swing.
Obviously, above-described embodiment is only for clearly example being described, and the restriction not to embodiment.For those of ordinary skill in the field, can also make other changes in different forms on the basis of the above description.Here exhaustive without the need to also giving all embodiments.And thus the apparent change of extending out or variation be still among the protection domain that the utility model creates.
Claims (9)
1. a distributing device, comprises,
Support (4);
Divide feed bin (2), be arranged on described support (4), there is the inlet point (21) being positioned at top, inlet point (21) below is provided with the flitch (24) for accepting the rubbish material fallen from inlet point (21), the both sides of described flitch (24) are respectively arranged with sub-material chamber (23), and described sub-material chamber (23) has discharging opening (22);
Material toggling mechanism (3), for dialling in two sub-material chambeies (23) respectively by the rubbish material dropped on flitch (24);
It is characterized in that, described material toggling mechanism (3) comprises the actuating device (31) on the erecting frame (26) that is arranged on and is positioned between two sub-material chambeies (23), be connected with described actuating device (31) and the Transmission (32) driven by described actuating device (31) and rotate, be arranged on the rotating shaft (34) on described support (4), be arranged on two connecting rods (35) at described rotating shaft (34) two ends, connect the fork (37) not being connected one end with rotating shaft (34) of two connecting rods (35), described fork (37) is connected with the scraper plate (36) contacted with flitch (24), described fork (37) and described rotating shaft (34) be arranged in parallel, connecting rod described at least one (35) directly drives by described Transmission (32), and two described connecting rods (35) are all together swung with described rotating shaft (34), the connecting rod (35) directly driven by Transmission (32) is divided into the driving section (352) and transmission segment (351) that are positioned at rotating shaft (34) both sides by described rotating shaft (34), described transmission segment (351) is positioned between described rotating shaft (34) and described fork (37).
2. distributing device according to claim 1, it is characterized in that, described Transmission (32) comprises, runner and the axle drive shaft (38) be arranged on described runner, described driving section (352) forms the driver slot (352a) offered along described connecting rod (35) length direction, described axle drive shaft (38) to extend in described driver slot (352a) and with the cell wall effect of described driver slot (352a), described connecting rod (35) is swung.
3. distributing device according to claim 2, it is characterized in that, the center of described driver slot (352a) is h1:h2=1:2-3 to the distance h1 of the axis of described rotating shaft (34) and described rotating shaft (34) axis to the ratio of the distance h2 of described fork (37) axis.
4. the distributing device according to Claims 2 or 3, it is characterized in that, described Transmission (32) is arranged perpendicular to the output shaft of described actuating device (31), and described axle drive shaft (38) is arranged perpendicular to described Transmission (32) and connecting rod (35) respectively.
5. the distributing device according to Claims 2 or 3, is characterized in that, the length L of driver slot (352a) is not less than the twice of described axle drive shaft (38) to the distance R of described axle drive shaft (38) centre of gration.
6. the distributing device according to any one of claim 1-3, is characterized in that, the full swing angle of described connecting rod (35) is 40-60 °.
7. distributing device according to claim 6, it is characterized in that, described fork (37) is entered by the opening (27) being arranged on a point feed bin (2) body skin both sides and passes described point feed bin (2), described opening (27) is positioned at the top of described flitch (24), described opening (27) is fan-like pattern, and center camber line and the described flitch (24) of described opening (27) are isocentric circular arc.
8. the distributing device according to any one of claim 1-3, is characterized in that, described actuating device (31) is arranged on the intermediate symmetry face of support (4) and point feed bin (2).
9. the distributing device according to any one of claim 1-3, it is characterized in that, two sub-material chambeies (23) have the reclaiming plate (25) accepting rubbish material respectively, and two reclaiming plates (25) of two sub-material chambeies (23) form 50-60 ° of angle.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520095911.7U CN204643213U (en) | 2015-02-10 | 2015-02-10 | A kind of distributing device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520095911.7U CN204643213U (en) | 2015-02-10 | 2015-02-10 | A kind of distributing device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204643213U true CN204643213U (en) | 2015-09-16 |
Family
ID=54095981
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520095911.7U Expired - Fee Related CN204643213U (en) | 2015-02-10 | 2015-02-10 | A kind of distributing device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204643213U (en) |
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2015
- 2015-02-10 CN CN201520095911.7U patent/CN204643213U/en not_active Expired - Fee Related
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| Date | Code | Title | Description |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20150916 Termination date: 20160210 |