CN201305310Y - Pedal-opened cover garbage throw-in port for garbage pneumatic transmission system - Google Patents
Pedal-opened cover garbage throw-in port for garbage pneumatic transmission system Download PDFInfo
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- CN201305310Y CN201305310Y CNU2008201401235U CN200820140123U CN201305310Y CN 201305310 Y CN201305310 Y CN 201305310Y CN U2008201401235 U CNU2008201401235 U CN U2008201401235U CN 200820140123 U CN200820140123 U CN 200820140123U CN 201305310 Y CN201305310 Y CN 201305310Y
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- tegillum
- foot
- loam cake
- hinged
- rubbish
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Abstract
The utility model relates to a garbage throw-in port, in particular to a pedal-opened cover garbage throw-in port for a garbage pneumatic transmission system; the garbage throw-in port comprises a cylinder, an upper cover, a temporary storage vertical pipe and a temporary storage discharge valve which are arranged below the cylinder, wherein the cylinder is formed by an inner cylinder and an outer cylinder; a sandwich chamber is arranged between the inner cylinder and the outer cylinder; a cover plate is connected between the upper openings of the inner cylinder and the outer cylinder; the upper cover is covered on the outer cylinder; one side of the upper cover is connected with the outer cylinder by an upper cover hinge; a drive device is connected with the upper cover; and a position on the side surface of the outer cylinder which is close to the bottom is provided with a pedal switch which is used to control the drive device. The pedal switch is used to control the opening of the cover, which prevents hands from being polluted in the use of a hand-control button switch, prevents the problem that the cover is automatically opened when anybody gets close when using an inductive switch; and harmful substance recycling bins are arranged on both sides of the outer cylinder of the port, thereby preventing harmful substances from polluting the environment.
Description
Technical field
The utility model relates to a kind of rubbish dispensing port, particularly a kind of foot-operated rubbish dispensing port of uncapping that is used for rubbish pneumatic conveying system of infection mutually that prevents.
Background technology
Rubbish pneumatic conveying system is a kind of modern refuse collection transportation facilities, utilize the air suctiton ventilator of environmental protection to make air-flow, by the underfloor duct network that lays in advance, the rubbish that is located at ground each dispensing port input is transported to underground collecting refuse station by negative-pressure pipeline, through disconnector rubbish and air-flow are separated, rubbish is by the freight container of compressor reducer indentation sealing, and the freight container of filling rubbish is promoted to the ground entrucking by bont and is sent to treatment plant.The air that transports rubbish is discharged after through the dedusting deodorizing, and whole flow process is default by computer program, and collection process is in full closeding state all the time, stops visual pollution, smell pollutes, and improves the urban health environment, creates harmonious healthy living space.
The existing ground dispensing port that is used for rubbish pneumatic conveying system, comprise: cylindrical shell with rubbish dispensing port, the loam cake buckle closure is on described dispensing port, its side is hinged with hinge and dispensing port, described cylindrical shell extends a temporary standpipe downwards, temporary standpipe connects the infundibulate gargle pipe by temporary discharge valve, and described infundibulate gargle pipe connects negative-pressure pipeline.
When tipping rubbish, strike out loam cake with the hand, promptly close loam cake after rubbish dropped into dispensing port, rubbish then enters temporary standpipe, controller is by being arranged at sensor in the temporary standpipe behind rubbish, temporary discharge valve is opened in control immediately, and the rubbish that utilizes the negative pressure of negative-pressure pipeline will keep in the standpipe siphons away.
The ground dispensing port of existing this rubbish pneumatic conveying system, when tipping rubbish, the user need strike out loam cake with the hand, rubbish could be poured in the dispensing port, comprising last covering switch handle being set, by handle loam cake is opened; Or button switch is set, and with hand actuation button switch loam cake to be opened, this way that strikes out loam cake with the hand causes hand contaminated easily.If the employing inductive switch, in a single day then existing has the people near the ground dispensing port, even do not tip rubbish, loam cake also can be opened automatically.
Summary of the invention
Technical problem to be solved in the utility model is the above-mentioned deficiency at prior art, and a kind of user's the not contaminated foot-operated rubbish dispensing port of uncapping that is used for rubbish pneumatic conveying system of hand is provided.
The foot-operated rubbish dispensing port of uncapping that is used for rubbish pneumatic conveying system provided by the utility model is realized by following technical scheme.
A kind of foot-operated rubbish dispensing port of uncapping that is used for rubbish pneumatic conveying system comprises: cylindrical shell, loam cake, be located at temporary standpipe and temporary discharge valve below the cylindrical shell, it is characterized in that:
Described cylindrical shell is made of inner core and urceolus, constitutes sandwich chamber between the inside and outside tube, is connected with cover plate between inner core and urceolus suitable for reading, and described loam cake buckle closure is on described urceolus, and a side of loam cake connects described urceolus by last cover hinge; One actuating device connects described loam cake;
Described urceolus side is provided with the foot-operated switch of the described actuating device of control near bottom position.
Except that above-mentioned essential features, in specific implementation process, also can replenish following technology contents.
The described foot-operated rubbish dispensing port of uncapping that is used for rubbish pneumatic conveying system is characterized in that: cover on described, be provided with little input hole near the described cover hinge place of going up, described little input hole is provided with tegillum, and described tegillum is hinged by little cover hinge and loam cake; One tegillum actuating device connects described tegillum;
Described urceolus side is provided with the tegillum foot-operated switch of the described tegillum actuating device of control near bottom position.
The described foot-operated rubbish dispensing port of uncapping that is used for rubbish pneumatic conveying system, it is characterized in that: described actuating device or tegillum actuating device are the pneumatics that comprises high pressure gas holder-electromagnetic valve-cylinder, described electromagnetic valve is electrically connected foot-operated switch; Specifically:
Described loam cake is provided with one hinged near described loam cake hinge position, a cylinder is located in the sandwich chamber of loam cake hinge side, and the piston rod of described cylinder stretches out with described loam cake hinged by described cover plate; Be provided with an electromagnetic gas valve that controlled by foot-operated switch, described electromagnetic gas valve connects described high pressure gas holder and cylinder;
Described tegillum is provided with one hinged near described tegillum hinge position, a tegillum cylinder is located in the sandwich chamber of tegillum hinge side, and the piston rod of described tegillum cylinder stretches out with described tegillum hinged by described cover plate; Be provided with a tegillum electromagnetic gas valve that controlled by the tegillum foot-operated switch, described tegillum electromagnetic gas valve connects described high pressure gas holder and tegillum cylinder.
The described foot-operated rubbish dispensing port of uncapping that is used for rubbish pneumatic conveying system, it is characterized in that: described electromagnetic valve or tegillum electromagnetic valve are two-position three way magnetic valves, when the excitation coil of electromagnetic valve gets when electric, described cylinder or tegillum cylinder are communicated with high pressure gas holder; When the excitation coil of electromagnetic valve cut off the power supply, described cylinder or tegillum cylinder were communicated with atmosphere.
The described foot-operated rubbish dispensing port of uncapping that is used for rubbish pneumatic conveying system, it is characterized in that: described actuating device or tegillum actuating device are the electric devices that comprises motor-drop-gear box-rack-and-gear, and described motor is electrically connected foot-operated switch by actuator; Specifically:
Described loam cake is provided with one hinged near described loam cake hinge position, one motor-drop-gear box is located in the sandwich chamber of loam cake hinge side, gear in the output shaft connection gear rack mechanism of described motor-drop-gear box, be provided with chute in the described sandwich chamber, tooth bar in the described pinion and rack is slidedly arranged in the described chute, described tooth bar connects a connecting rod, and described connecting rod stretches out with described loam cake hinged hinged by described cover plate; Described motor is controlled by foot-operated switch;
It is hinged that described tegillum is provided with a tegillum near described tegillum hinge position, one tegillum motor-drop-gear box is located in the sandwich chamber of tegillum hinge side, the output shaft of described tegillum motor-drop-gear box connects the gear in the tegillum pinion and rack, be provided with chute in the described sandwich chamber, tooth bar in the described tegillum pinion and rack is slidedly arranged in the described chute, described tooth bar connects a connecting rod, and described connecting rod stretches out with described tegillum hinged hinged by described cover plate; Described tegillum motor is controlled by the tegillum foot-operated switch.
The described foot-operated rubbish dispensing port of uncapping that is used for rubbish pneumatic conveying system, it is characterized in that: described actuating device or tegillum actuating device are the solenoid actuated devices, and described electromagnet is electrically connected foot-operated switch by actuator; Specifically:
Described loam cake is provided with one hinged near described loam cake hinge position, one electromagnet is located in the sandwich chamber of loam cake hinge side, the Title iron of described electromagnet connects a lever, and the other end of described lever connects a connecting rod, and described connecting rod stretches out with described loam cake hinged by described cover plate; Described electromagnet is controlled by foot-operated switch;
It is hinged that described tegillum is provided with a tegillum near described tegillum hinge position, one tegillum electromagnet is located in the sandwich chamber of tegillum hinge side, the Title iron of described tegillum electromagnet connects a lever, the other end of described lever connects a connecting rod, and described connecting rod stretches out with described tegillum hinged hinged by described cover plate; Described tegillum electromagnet is controlled by the tegillum foot-operated switch.
The described foot-operated rubbish dispensing port of uncapping that is used for rubbish pneumatic conveying system, it is characterized in that: described urceolus side is provided with pest product recycling bin, reclaims comprising recycle used batteries bucket and stub and discloses.
The described foot-operated rubbish dispensing port of uncapping that is used for rubbish pneumatic conveying system is characterized in that: the described dangerous things recycling bin of being located at the urceolus side is the outer urceolus both sides that are hung on.
The described foot-operated rubbish dispensing port of uncapping that is used for rubbish pneumatic conveying system, it is characterized in that: the described dangerous things recycling bin of being located at the urceolus side is set in the urceolus both sides in being, and top is provided with dispensing port, and downside is provided with gets bin gate.
Advantage of the present utility model is:
Adopt foot-operated switch control to uncap, thereby avoided the manual buttons switch to cause hand contaminated; Also avoided adopting the problem that the close automatic lid closing/opening of people is arranged that inductive switch caused; Be provided with the dangerous things recycling bin in dispensing port urceolus both sides, avoid the dangerous things contaminated environment.
For architectural feature of the present utility model and effect thereof are had further understanding, enumerate specific embodiment now and be described with reference to the accompanying drawings as follows.
Description of drawings
Fig. 1 is the structural representation of the embodiment one of the utility model rubbish dispensing port of being used for garbage collecting and transporting vacuum pipeline system.
Fig. 2 is that the profile lateral plan of Fig. 1 embodiment shows foot-operated switch and the pest product recycling bin of being located at both sides.
Fig. 3 is that the tegillum of Fig. 1 embodiment is opened scheme drawing.
Fig. 4 is that the big lid of Fig. 1 embodiment is opened scheme drawing.
Fig. 5 is the structural representation of the utility model embodiment two.
Fig. 6 is the structural representation of the utility model embodiment three.
The specific embodiment
Embodiment one
Fig. 1, Fig. 2 are the structural representations of the embodiment one of the utility model rubbish dispensing port of being used for garbage collecting and transporting vacuum pipeline system.As seen from the figure, the foot-operated rubbish dispensing port of uncapping that is used for rubbish pneumatic conveying system provided by the utility model comprises: cylindrical shell 1, loam cake 2, be located at temporary standpipe 3 and temporary discharge valve 4 below the cylindrical shell 1, wherein:
Described cylindrical shell 1 is made of inner core 11 and urceolus 12, constitute sandwich chamber 13 between the inside and outside tube, be connected with cover plate 14 between inner core 11 and urceolus 12 suitable for reading, described loam cake 2 buckle closures are on described urceolus 12, and a side of loam cake 2 connects described urceolus 12 by last cover hinge 21; One actuating device 5 connects described loam cake 2;
The side of described urceolus 12 is provided with the foot-operated switch 6 of the described actuating device 5 of control near bottom position.
Fig. 4 is that the big lid of Fig. 1 embodiment is opened scheme drawing.When the user threw in rubbish, foot-operated foot-operated switch 6 can be opened the loam cake 5 of buckle closure on urceolus 12 by accessory drive 5, and the user can drop into rubbish inner core 11, and entered temporary standpipe 3, and user's pin leaves foot-operated switch, and loam cake is closed immediately.Treat debris accumulation in the temporary standpipe 3 after some, controller will be opened temporary discharge valve 4 under the effect of negative-pressure pipeline, and the rubbish in the temporary standpipe 3 will be sucked away.
For making things convenient for the user to throw in a small amount of little rubbish, on the described loam cake 2, be provided with little input hole 22 near described cover hinge 21 places of going up, described little input hole 22 is provided with tegillum 23, and described tegillum 23 is hinged by tegillum hinge 24 and loam cake 2; One tegillum actuating device 7 connects described tegillum 23;
Described urceolus 12 sides are provided with the tegillum foot-operated switch 8 of the described tegillum actuating device 7 of control near bottom position.
When the user throws in a small amount of little rubbish, foot-operated tegillum foot-operated switch 8, can control tegillum actuating device 7 and open the tegillum 23 of buckle closure on the last little input hole 22 that covers, the user can drop into rubbish inner core 11, and enter temporary standpipe 3, user's pin leaves foot-operated switch, and tegillum 23 is closed (as shown in Figure 3) immediately.
In the present embodiment, described actuating device 5 or tegillum actuating device 7 all are actuating device of atmospheric pressure, and wherein: comprise high pressure gas holder-electromagnetic valve-cylinder, described electromagnetic valve is electrically connected foot-operated switch; Specifically:
Described loam cake 2 is provided with hinged 25, one cylinders 53 near described upward cover hinge 21 positions and is located in the sandwich chamber 13 of cover hinge 21 sides, and the piston rod of described cylinder 53 stretches out with described loam cake hinged 25 hinged by described cover plate 14; Be provided with an electromagnetic gas valve 52 that controlled by foot-operated switch 6, described electromagnetic gas valve 52 connects described high pressure gas holder 51 and cylinders 53;
Described tegillum 23 is provided with hinged 26, one tegillum cylinders 73 near described tegillum hinge 24 positions and is located in the sandwich chamber 13 of tegillum hinge side, and the piston rod of described tegillum cylinder 73 stretches out with described tegillum hinge 24 hinged by described cover plate 14; Be provided with a tegillum electromagnetic gas valve 72 that controlled by tegillum foot-operated switch 8, described tegillum electromagnetic gas valve 72 connects described high pressure gas holder 51 and tegillum cylinders 73.
Described electromagnetic gas valve or tegillum electromagnetic valve are two-position three way magnetic valves, and when the excitation coil of electromagnetic valve gets when electric, described cylinder or tegillum cylinder are communicated with high pressure gas holder 51; When the excitation coil of electromagnetic valve cut off the power supply, described cylinder or tegillum cylinder were communicated with atmosphere.
The utility model is for preventing the dangerous things contaminated environment, and the side of described urceolus 12 also is provided with pest product recycling bin.The recovery of bucket 9 and stub discloses 10 comprising recycling used batteries.
The described dangerous things recycling bin of being located at the urceolus side is outer urceolus 12 both sides that are hung on.
The described dangerous things recycling bin the 9, the 10th of being located at the urceolus side, in be set in the urceolus both sides, and top is provided with dispensing port 91,101, downside is provided with gets bin gate 92,102.
Embodiment two
Fig. 5 is the structural representation of the utility model embodiment two, present embodiment is that with the difference of embodiment one actuating device is different, used actuating device of present embodiment or tegillum actuating device are the electric devices that comprises motor-drop-gear box-rack-and-gear, and described motor is electrically connected foot-operated switch by actuator; Specifically:
Described loam cake 2 is provided with one hinged 25 near described cover hinge 21 positions of going up, one motor-drop-gear box 150 is located in the sandwich chamber 13 of cover hinge 21 sides, gear 152 in the output shaft connection gear rack mechanism 151 of described motor-drop-gear box 150, be provided with chute 153 in the described sandwich chamber 13, tooth bar 154 in the described pinion and rack 151 that rubs is slidedly arranged in the described chute 153, described tooth bar 154 connects a connecting rod 155, and described connecting rod 155 stretches out with described loam cake hinged 25 hinged by described cover plate 14; Described motor is subjected to foot-operated switch 6 controls;
When the user threw in rubbish, foot-operated foot-operated switch 6 can be controlled 150 rotations of motor-drop-gear box, and motor-drop-gear box 150 is opened the loam cake 5 of buckle closure on urceolus 12 by the pinion and rack 151 that rubs, and the user can drop into rubbish inner core 11.User's pin leaves foot-operated switch 6, and loam cake glides immediately under the effect of deadweight and closes.
With the height that connecting rod backs down the loam cake motion that equals of the tooth minister degree of gear mesh, when the motion of tooth bar rising drivening rod made loam cake open to maximum position, rack and pinion was in slipping state with jump out of mesh on the described tooth bar.
Described tegillum 23 is provided with a tegillum hinged 26 near described tegillum hinge 24 positions, one tegillum motor-drop-gear box is located in the sandwich chamber of tegillum hinge side, the output shaft of described tegillum motor-drop-gear box connects the gear in the tegillum pinion and rack, be provided with chute in the described sandwich chamber, tooth bar in the described tegillum pinion and rack is slidedly arranged on (foregoing is not shown) in the described chute, described tooth bar connects a connecting rod 255, and described connecting rod 255 stretches out with described tegillum hinged 26 hinged by described cover plate 14; Described tegillum motor is subjected to 8 controls of tegillum foot-operated switch.
When the user threw in rubbish, foot-operated foot-operated switch 6 can be controlled 150 rotations of motor-drop-gear box, and motor-drop-gear box 150 is opened the loam cake 5 of buckle closure on urceolus 12 by pinion and rack 151, connecting rod 155, and the user can drop into rubbish inner core 11.User's pin leaves foot-operated switch 6, and loam cake glides immediately under the effect of deadweight and closes.
The foot-operated tegillum foot-operated switch 8 of user can be opened tegillum.
Embodiment three
Fig. 6 is the structural representation of the utility model embodiment three, present embodiment is that with the difference of embodiment one, two actuating device is different, in the present embodiment, described actuating device or tegillum actuating device are solenoid actuated devices 350, and described electromagnet 351 is electrically connected foot-operated switch by actuator; Specifically:
Described loam cake 2 is provided with one hinged 25 near described cover hinge 21 positions of going up, one electromagnet 351 is located in the sandwich chamber 13 of cover hinge 21 sides, the Title iron 352 of described electromagnet 351 connects a lever 353, the other end of described lever 353 connects a connecting rod 354, and the other end of described connecting rod 354 is stretched out by described cover plate 14 and connects described hinged 25; Described electromagnet is subjected to foot-operated switch 6 controls;
Described tegillum 23 is provided with a tegillum hinged 26 near described tegillum hinge 24 positions, one tegillum electromagnet 451 is located in the sandwich chamber 13 of tegillum hinge side, the Title iron 452 of described tegillum electromagnet connects a lever 453, the other end of described lever 453 connects a connecting rod 454, and the other end of described connecting rod 454 is stretched out by described cover plate 14 and connects described tegillum hinged 26; Described tegillum electromagnet 452 is subjected to 8 controls of tegillum foot-operated switch.
When the user throws in rubbish, foot-operated foot-operated switch 6, electromagnet 351 is got, the end that the Title iron 352 of electromagnet 351 drives lever 353 moves downward, one end of the connection connecting rod of lever 353 promotes connecting rod 155 and upwards opens the loam cake 5 of buckle closure on urceolus 12, and the user can drop into rubbish inner core 11.User's pin leaves foot-operated switch 6, and loam cake glides immediately under the effect of deadweight and closes.
The foot-operated tegillum foot-operated switch 8 of user can be opened tegillum.
Claims (9)
1, a kind of foot-operated rubbish dispensing port of uncapping that is used for rubbish pneumatic conveying system comprises: cylindrical shell, loam cake, be located at temporary standpipe and temporary discharge valve below the cylindrical shell, it is characterized in that:
Described cylindrical shell is made of inner core and urceolus, constitutes sandwich chamber between the inside and outside tube, is connected with cover plate between inner core and urceolus suitable for reading, and described loam cake buckle closure is on described urceolus, and a side of loam cake connects described urceolus by last cover hinge; One actuating device connects described loam cake;
Described urceolus side is provided with the foot-operated switch of the described actuating device of control near bottom position.
2, the foot-operated rubbish dispensing port of uncapping that is used for rubbish pneumatic conveying system according to claim 1, it is characterized in that: cover on described, be provided with little input hole near the described cover hinge place of going up, described little input hole is provided with tegillum, and described tegillum is hinged by little cover hinge and loam cake; One tegillum actuating device connects described tegillum;
Described urceolus side is provided with the tegillum foot-operated switch of the described tegillum actuating device of control near bottom position.
3, the foot-operated rubbish dispensing port of uncapping that is used for rubbish pneumatic conveying system according to claim 1 and 2, it is characterized in that: described actuating device or tegillum actuating device are the pneumatics that comprises high pressure gas holder-electromagnetic valve-cylinder, and described electromagnetic valve is electrically connected foot-operated switch; Specifically:
Described loam cake is provided with one hinged near described loam cake hinge position, a cylinder is located in the sandwich chamber of loam cake hinge side, and the piston rod of described cylinder stretches out with described loam cake hinged by described cover plate; Be provided with an electromagnetic gas valve that controlled by foot-operated switch, described electromagnetic gas valve connects described high pressure gas holder and cylinder;
Described tegillum is provided with one hinged near described tegillum hinge position, a tegillum cylinder is located in the sandwich chamber of tegillum hinge side, and the piston rod of described tegillum cylinder stretches out with described tegillum hinged by described cover plate; Be provided with a tegillum electromagnetic gas valve that controlled by the tegillum foot-operated switch, described tegillum electromagnetic gas valve connects described high pressure gas holder and tegillum cylinder.
4, the foot-operated rubbish dispensing port of uncapping that is used for rubbish pneumatic conveying system according to claim 3, it is characterized in that: described electromagnetic valve or tegillum electromagnetic valve are two-position three way magnetic valves, when the excitation coil of electromagnetic valve gets when electric, described cylinder or tegillum cylinder are communicated with high pressure gas holder; When the excitation coil of electromagnetic valve cut off the power supply, described cylinder or tegillum cylinder were communicated with atmosphere.
5, the foot-operated rubbish dispensing port of uncapping that is used for rubbish pneumatic conveying system according to claim 1 and 2, it is characterized in that: described actuating device or tegillum actuating device are the electric devices that comprises motor-drop-gear box-rack-and-gear, and described motor is electrically connected foot-operated switch by actuator; Specifically:
Described loam cake is provided with one hinged near described loam cake hinge position, one motor-drop-gear box is located in the sandwich chamber of loam cake hinge side, gear in the output shaft connection gear rack mechanism of described motor-drop-gear box, be provided with chute in the described sandwich chamber, tooth bar in the described pinion and rack is slidedly arranged in the described chute, described tooth bar connects a connecting rod, and described connecting rod stretches out with described loam cake hinged hinged by described cover plate; Described motor is controlled by foot-operated switch;
It is hinged that described tegillum is provided with a tegillum near described tegillum hinge position, one tegillum motor-drop-gear box is located in the sandwich chamber of tegillum hinge side, the output shaft of described tegillum motor-drop-gear box connects the gear in the tegillum pinion and rack, be provided with chute in the described sandwich chamber, tooth bar in the described tegillum pinion and rack is slidedly arranged in the described chute, described tooth bar connects a connecting rod, and described connecting rod stretches out with described tegillum hinged hinged by described cover plate; Described tegillum motor is controlled by the tegillum foot-operated switch.
6, the foot-operated rubbish dispensing port of uncapping that is used for rubbish pneumatic conveying system according to claim 1 and 2, it is characterized in that: described actuating device or tegillum actuating device are the solenoid actuated devices, and described electromagnet is electrically connected foot-operated switch by actuator; Specifically:
Described loam cake is provided with one hinged near described loam cake hinge position, one electromagnet is located in the sandwich chamber of loam cake hinge side, the Title iron of described electromagnet connects a lever, and the other end of described lever connects a connecting rod, and described connecting rod stretches out with described loam cake hinged by described cover plate; Described electromagnet is controlled by foot-operated switch;
It is hinged that described tegillum is provided with a tegillum near described tegillum hinge position, one tegillum electromagnet is located in the sandwich chamber of tegillum hinge side, the Title iron of described tegillum electromagnet connects a lever, the other end of described lever connects a connecting rod, and described connecting rod stretches out with described tegillum hinged hinged by described cover plate; Described tegillum electromagnet is controlled by the tegillum foot-operated switch.
7, the foot-operated rubbish dispensing port of uncapping that is used for rubbish pneumatic conveying system according to claim 1, it is characterized in that: described urceolus side is provided with pest product recycling bin, reclaims comprising recycle used batteries bucket and stub and discloses.
8, the foot-operated rubbish dispensing port of uncapping that is used for rubbish pneumatic conveying system according to claim 1 is characterized in that: the described dangerous things recycling bin of being located at the urceolus side is the outer urceolus both sides that are hung on.
9, the foot-operated rubbish dispensing port of uncapping that is used for rubbish pneumatic conveying system according to claim 1, it is characterized in that: the described dangerous things recycling bin of being located at the urceolus side is set in the urceolus both sides in being, and top is provided with dispensing port, and downside is provided with gets bin gate.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2008201401235U CN201305310Y (en) | 2008-10-14 | 2008-10-14 | Pedal-opened cover garbage throw-in port for garbage pneumatic transmission system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2008201401235U CN201305310Y (en) | 2008-10-14 | 2008-10-14 | Pedal-opened cover garbage throw-in port for garbage pneumatic transmission system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201305310Y true CN201305310Y (en) | 2009-09-09 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNU2008201401235U Expired - Fee Related CN201305310Y (en) | 2008-10-14 | 2008-10-14 | Pedal-opened cover garbage throw-in port for garbage pneumatic transmission system |
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| Country | Link |
|---|---|
| CN (1) | CN201305310Y (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105883267A (en) * | 2016-05-10 | 2016-08-24 | 成都易顺通环保科技有限公司 | Pipeline transportation comprehensive disposer for ground solid waste and household garbage |
-
2008
- 2008-10-14 CN CNU2008201401235U patent/CN201305310Y/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105883267A (en) * | 2016-05-10 | 2016-08-24 | 成都易顺通环保科技有限公司 | Pipeline transportation comprehensive disposer for ground solid waste and household garbage |
| CN105883267B (en) * | 2016-05-10 | 2018-01-16 | 成都易顺通环保科技有限公司 | Ground solid waste and house refuse pipeline transportation comprehensive treatment device |
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| C14 | Grant of patent or utility model | ||
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