CN205247499U - Machine is retrieved to intelligence beverage bottle - Google Patents
Machine is retrieved to intelligence beverage bottle Download PDFInfo
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- CN205247499U CN205247499U CN201520994990.5U CN201520994990U CN205247499U CN 205247499 U CN205247499 U CN 205247499U CN 201520994990 U CN201520994990 U CN 201520994990U CN 205247499 U CN205247499 U CN 205247499U
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Abstract
The utility model discloses a machine is retrieved to intelligence beverage bottle, including fuselage, conveying discernment component, compression component and control module, the fuselage openly is equipped with and retrieves hatch door and screen installing port, is provided with a screen in the screen installing port, and the fuselage side is equipped with the fan installing port, is provided with axial fan in the fan installing port, conveying discernment component includes screw -nut moving part, drive disk assembly, a rotatory yard part, photoelectric sensor, pressure sensor and a motor, no. Two motors and no. Three motors swept, the compression component includes frame, a compression board, no. Two compressions board, electric push rod and a pair of guiding axles, the utility model discloses a be provided with control module, photoelectric sensor, pressure sensor and motor, intelligent control of realization and detection that can be very convenient with equipment, equipment still is provided with the compression component, and the great space of having saved has increased the capacity of beverage bottle, the utility model discloses simple structure, small in size, the good reliability can extensively be promoted and use.
Description
[technical field]
The utility model relates to the technical field, particularly a kind of technical field of Intelligent beverage bottle recycling machine that article reclaim.
[background technology]
For a kind of common rubbish, enormous amount and volume are larger, pollute the environment if arbitrarily abandon beverage bottle, can not accomplish that the abundant recovery of beverage bottle causes again the waste of resource. Therefore a social difficult problem is not only in the recovery of beverage bottle, is also an important topic of the friendly type of built environment society. The main recovery approach of beverage bottle is at present: go to small-sized rubbish station from dustbin or ragpicker, then carry out classified compression to bulky refuse station, finally deliver to factory and recycle processing. This reclaim mechanism efficiency is lower, has wasted the resource that can reuse in a large number.
Beverage bottle recycling machine can realize the Classification and Identification to beverage bottle by the mode of automation, and compression and storage are that a kind of high efficiency resource reclaims instrument. Existing recycling machine generally attracts user initiatively discarded beverage bottle to be dropped in recycling machine by certain material reward measure, and recycling machine is identified as after callable beverage bottle, is compressed, then deposit in recycling machine inside. This reclaim mechanism convenience and high-efficiency, and avoided the duplication of labour of subseries again, greatly promote the recovery of beverage bottle.
Beverage bottle recycling machine judges by the bar code of scanning bottle whether it can reclaim. But existing most of recycling machine needs putting person that bottle bar code is aimed to barcode scanning instrument upward carries out barcode scanning, and this has not only reduced user's experience, has also increased user's potential safety hazard. In addition, also have recycling machine to improve design for the problems referred to above, for beverage bottle is carried out to bar code scan, bottle is rotated in transport process, but bottle forwarding in rotary course simultaneously, can not ensure the reliability of barcode scanning.
Recycling machine can reduce the storage volume of beverage bottle to a great extent to the compression of beverage bottle, therefore recycling machine is very necessary to promoting the use of of beverage bottle recycling machine to the automatic Compression technology of beverage bottle. Then existing compress technique, as single roll extrusion contracting, its structure is comparatively complicated, and power hungry; In addition, clap flat compress technique having relatively high expectations to the power of motor itself. Therefore, need a kind of more convenient, reliable beverage bottle recycling machine of design.
[utility model content]
The purpose of this utility model solves the problems of the prior art exactly, proposes a kind of Intelligent beverage bottle recycling machine, can make to carry out the automatic recovery and compression, and simple in structure, volume is small and exquisite, and intelligent degree is high.
For achieving the above object, the utility model proposes a kind of Intelligent beverage bottle recycling machine, comprise fuselage, transmit identification means, compression element, control module, driving member, gripper shoe and rotation barcode scanning member, described fuselage front is provided with reclaims hatch door and screen installing port, in screen installing port, be provided with a screen, fuselage side is provided with fan installing port, in fan installing port, is provided with axial flow blower; Described transmission identification means comprises feed screw nut's moving component, drive disk assembly, rotation barcode scanning parts, photoelectric sensor, pressure sensor and a motor, No. two motors and No. three motors; Described compression element comprises frame, a compressive plate, No. two compressive plates, electric push rod and a pair of axis of guides.
As preferably, described feed screw nut's moving link comprises screw rod, feed screw nut, nut sleeve and No. two motors, described No. two motors are connected by the first shaft coupling with screw rod, and described feed screw nut and nut sleeve are all enclosed within on screw rod, between nut sleeve and travel(l)ing rest, are connected by No. two L shaped plates.
As preferably, described driving member comprises pair of conveyor belts, two pairs of drives and a motor, described pair of conveyor belts is enclosed within respectively on two pairs of drives, pair of conveyor belts be arranged in parallel, feed belt is positioned at and reclaims hatch door dead astern, the rotating shaft of driving wheel is connected by shaft coupling with a motor output shaft, between described gripper shoe and travel(l)ing rest, is provided with pressure sensor, and a described motor is connected by wire with control module respectively with pressure sensor.
As preferably, described rotation barcode scanning member comprises the first cylinder, second tin roller, barcode scanning instrument and No. three motors, and described No. three motors are connected by wire with control module; Described the first cylinder and second tin roller is parallel to each other and on sustained height, between the first cylinder and second tin roller, be connected by odontoid belt, the first cylinder and second tin roller are fixed on the support of bearing by bearing respectively, and the support of bearing is connected with the cylinder base of fuselage interior; Described barcode scanning instrument is connected with the top-support of fuselage interior, and barcode scanning instrument is above between the first cylinder and second tin roller, and barcode scanning instrument is connected by wire with control module.
As preferably, described photoelectric sensor comprises a photoelectric sensor and No. two photoelectric sensors, a photoelectric sensor and No. two photoelectric sensors are all arranged on top-support, No. one photoelectric sensor is positioned at top, feed belt one end and the close hatch door place that reclaims, No. two photoelectric sensor is positioned at feed belt other end top, send belt other end below to be provided with compression element; A described photoelectric sensor is connected by wire with control module respectively with No. two photoelectric sensors.
As preferably, described compression element comprises frame, a compressive plate, No. two compressive plates, electricity push rod and a pair of axis of guide, described frame is a cuboid framework, bottom is base plate, surrounding is followed successively by end cap, front side board, rear plate and back side panel, top open-ended, a compressive plate and No. two compressive plates are positioned at frame, and be parallel to each other with end cap and rear plate, the distance of compressive plate and end cap is less than the distance of No. two compressive plates and end cap, described a pair of axis of guide two ends are fixed on end cap and rear plate, the a pair of axis of guide is horizontally disposed with and is parallel to each other, a compressive plate and No. two compressive plates are enclosed within on the axis of guide, a compressive plate and No. two compressive plates all form and are slidably matched with the axis of guide, described electric push rod one end is fixed on end cap, the electricity push rod other end is connected with compressive plate, No. one compressive plate is connected by studs with No. two compressive plates, No. one compressive plate is threaded with studs, both sides are all carried out spacing with nut, No. two compressive plate is enclosed within studs without screw thread place, and its outside is undertaken spacing by nut.
As preferably, the length of described base plate is less than the length of front side board and back side panel, between base plate and rear plate, leaves space, and funnel is placed in top between No. two compressive plates and rear plate.
As preferably, described studs cylinder outside cover has spring, spring is between a compressive plate and No. two compressive plates, on a described compressive plate, be provided with spine array, spine is towards No. two compressive plates, on No. two compressive plates, be furnished with aperture array, spine array is corresponding one by one with aperture array position, the hole diameter of aperture array is greater than the spine diameter of spine array, the aperture position arranging on described rear plate is corresponding one by one with spine array position, and the hole diameter of rear plate is greater than the spine diameter of spine array.
Feature of the present utility model and advantage will be elaborated by reference to the accompanying drawings by embodiment.
[brief description of the drawings]
Fig. 1 is the overall appearance figure of a kind of Intelligent beverage bottle recycling machine of the utility model;
Fig. 2 is the internal structure schematic diagram of a kind of Intelligent beverage bottle recycling machine of the utility model;
Fig. 3 is the configuration diagram of the transmission identification means of a kind of Intelligent beverage bottle recycling machine of the utility model;
Fig. 4 is the structural representation that a kind of Intelligent beverage bottle recycling machine of the utility model transmits feed screw nut's moving component of identification means;
Fig. 5 is the structural representation that a kind of Intelligent beverage bottle recycling machine of the utility model transmits the drive disk assembly of identification means;
Fig. 6 is the structural representation that a kind of Intelligent beverage bottle recycling machine of the utility model transmits the rotation barcode scanning parts of identification means;
Fig. 7 is the structural representation of the compression element of a kind of Intelligent beverage bottle recycling machine of the utility model.
In figure: 1-reclaims hatch door, 2-screen installing port, 3-fuselage, 4-fan installing port, 5-barcode scanning instrument, 6-transmits identification means, 7-compression element, 8-memory space, 9-control module, No. bis-photoelectric sensors of 10-, 11-pressure sensor, 12-top-support, photoelectric sensor of 13-, No. bis-motors of 14-, 15-the first shaft coupling, L shaped plate of 16-, 17-clutch shaft bearing seat, 18-screw rod, 19-feed screw nut, 20-nut sleeve, 21-U shape plate, 22-the second bearing block, No. bis-L shaped plates of 23-, 24-the 3rd bearing block, 25-drive, 26-travel(l)ing rest, 27-gripper shoe, 28-feed belt, motor of 29-, 30-cylinder base, the 31-support of bearing, 32-the first cylinder, 33-synchronous pulley, 34-second tin roller, No. tri-Timing Belts of 35-, Timing Belt of 36-, 37-rotating shaft, No. bis-Timing Belts of 38-, 39-synchronous pulley, No. tri-motors of 40-, 41-cylinder bearing, plate after 42-, 43-base plate, 44-front side board, the 45-axis of guide, No. bis-compressive plates of 46-, 47-spring, 48-studs, 49-spine array, compressive plate of 50-, 51-back side panel, 52-electricity push rod, 53-end cap.
[detailed description of the invention]
Consult Fig. 1-Fig. 7, a kind of Intelligent beverage bottle recycling machine of the utility model, comprise fuselage 3, transmission identification means 6, compression element 7, control module 9, driving member, gripper shoe 27 and rotation barcode scanning member, described fuselage 3 fronts are provided with reclaims hatch door 1 and screen installing port 2, in screen installing port 2, be provided with a screen, fuselage 3 sides are provided with fan installing port 4, in fan installing port 4, are provided with axial flow blower, described transmission identification means 6 comprises feed screw nut's moving component, drive disk assembly, rotation barcode scanning parts, photoelectric sensor, pressure sensor 11 and motor 29, No. two motors 14 and No. three motors 40, described compression element 7 comprises frame, compressive plate 50, No. two compressive plates 46, electric push rod 52 and a pair of axis of guides 45, described feed screw nut's moving link comprises screw rod 18, feed screw nut 19, nut sleeve 20 and No. two motors 14, described No. two motors 14 are connected by the first shaft coupling 15 with screw rod 18, described feed screw nut 19 and nut sleeve 20 are all enclosed within on screw rod 18, between nut sleeve 20 and travel(l)ing rest 26, are connected by No. two L shaped plates 23, described driving member comprises pair of conveyor belts 28, two pairs of drives 25 and motors 29, described pair of conveyor belts 28 is enclosed within respectively on two pairs of drives 25, pair of conveyor belts 28 be arranged in parallel, feed belt 28 is positioned at and reclaims hatch door 1 dead astern, the rotating shaft of driving wheel is connected by shaft coupling with motor 29 output shafts, between described gripper shoe 27 and travel(l)ing rest 26, be provided with pressure sensor 11, a described motor 29 is connected by wire with control module 9 respectively with pressure sensor 11, described rotation barcode scanning member comprises the first cylinder 32, second tin roller 34, barcode scanning instrument 5 and No. three motors 40, and described No. three motors 40 are connected by wire with control module 9, described the first cylinder 32 is parallel to each other with second tin roller 34 and on sustained height, between the first cylinder 32 and second tin roller 34, be connected by odontoid belt, the first cylinder 32 is fixed on the support of bearing 31 by bearing respectively with second tin roller 34, and the support of bearing 31 is connected with the cylinder base 30 of fuselage 3 inside, described barcode scanning instrument 5 is connected with the top-support 12 of fuselage 3 inside, and barcode scanning instrument 5 is above between the first cylinder 32 and second tin roller 34, and barcode scanning instrument 5 is connected by wire with control module 9, described photoelectric sensor comprises a photoelectric sensor 13 and No. two photoelectric sensors 10, a photoelectric sensor 13 and No. two photoelectric sensors 10 are all arranged on top-support 12, No. one photoelectric sensor 13 is positioned at feed belt 28 tops, one end and close hatch door 1 place that reclaims, No. two photoelectric sensor 10 is positioned at feed belt 28 other end tops, send belt 28 other end belows to be provided with compression element 7, a described photoelectric sensor 13 is connected by wire with control module 9 respectively with No. two photoelectric sensors 10, described compression element 7 comprises frame, a compressive plate 50, No. two compressive plates 46, electricity push rod 52 and a pair of axis of guide 45, described frame is a cuboid framework, bottom is base plate 43, surrounding is followed successively by end cap 53, front side board 44, rear plate 42 and back side panel 51, top open-ended, a compressive plate 50 and No. two compressive plates 46 are positioned at frame, and be parallel to each other with end cap 53 and rear plate 42, compressive plate 50 and the distance of end cap 53 are less than the distance of No. two compressive plates 46 and end cap 53, the described a pair of axis of guide 45 two ends are fixed on end cap 53 and rear plate 42, the a pair of axis of guide 45 is horizontally disposed with and is parallel to each other, a compressive plate 50 and No. two compressive plates 46 are enclosed within on the axis of guide 45, a compressive plate 50 and No. two compressive plates 46 all form and are slidably matched with the axis of guide 45, described electric push rod 52 one end are fixed on end cap 53, electricity push rod 52 other ends are connected with compressive plate 50, No. one compressive plate 50 is connected by studs 48 with No. two compressive plates 46, No. one compressive plate 50 is threaded with studs 48, both sides are all carried out spacing with nut, No. two compressive plate 46 is enclosed within studs 48 without screw thread place, and its outside is undertaken spacing by nut, the length of described base plate 43 is less than the length of front side board 44 and back side panel 51, between base plate 43 and rear plate 42, leaves space, and funnel is placed in top between No. two compressive plates 46 and rear plate 42, described studs 48 cylinder outside covers have spring 47, spring 47 is between a compressive plate 50 and No. two compressive plates 46, on a described compressive plate 50, be provided with spine array 49, spine is towards No. two compressive plates 46, on No. two compressive plates 46, be furnished with aperture array, spine array 49 is corresponding one by one with aperture array position, the hole diameter of aperture array is greater than the spine diameter of spine array 49, the aperture position arranging on described rear plate 42 is corresponding one by one with spine array 49 positions, and the hole diameter of rear plate 42 is greater than the spine diameter of spine array 49,
A kind of Intelligent beverage bottle recycling machine, its signal controlling process is:
Step 1: user sends enabling signal, industrial computer sends control signal and opens recovery hatch door 1;
Step 2: beverage bottle drops into recycling machine from reclaiming hatch door 1, is placed on feed belt 28;
Step 3: No. one photoelectric sensor 13 is received signal, feeds back to the industrial computer of control module 9, meanwhile, the weight signal taking is fed back to industrial computer by pressure sensor 11;
Step 4: industrial computer is differentiated the weight of beverage bottle, if exceed the standard of setting, make photoelectric sensor cancel this time counting, and order a motor 29 to reverse, beverage bottle is sent and reclaimed hatch door 1, finish this removal process, if weight of drink bottle meets standard, order motor 29 forwards No. one, feed belt 28 is pushed forward, simultaneously, order No. two motor 14 forwards to pass on certain angle, travel(l)ing rest 26 is moved down, order No. three motors 40 to rotate, the first cylinder 32 and second tin roller 34 are rotated;
Step 5: travel(l)ing rest 26 stops after moving down certain distance automatically, now, beverage bottle throw off feed belt 28, by frame on the first cylinder 32 and second tin roller 34;
Step 6: beverage bottle is under the first cylinder 32 and second tin roller 34 drives, around self rotation, until barcode scanning instrument 5 is swept to the bar code of beverage bottle;
Step 7: the information of correct barcode scanning is fed back to industrial computer by barcode scanning instrument 5, No. two motors 14 of industrial computer order rotate backward, make to move on travel(l)ing rest 26, thereby make beverage bottle throw off the first cylinder 32 and second tin roller 34, again by frame on feed belt 28, meanwhile, No. three motors 40 of order stop operating;
Step 8: beverage bottle, is transferred into beverage bottle landing mouth and falls by frame on feed belt 28, and No. two induced signal is fed back to industrial computer by photoelectric sensor 10;
Step 9: the beverage bottle of landing enters the beverage bottle receiving space of compression element 7 through the funnel on compression element 7, industrial computer control electricity push rod 52 increases push rod stroke, promote compressive plate 50 and No. two compressive plates 46 backward plate 42 directions move;
Step 10: when the push rod of electric push rod 52 arrives after a certain fixing push rod stroke, beverage bottle is punctured and compresses, industrial computer sends instruction, reduce push rod stroke, a compressive plate 50 and No. two compressive plates 46 are returned to initial position, bottle after compression from base plate 43 and fall in space between plate 42, enter in memory space 8;
Step 11: beverage bottle removal process finishes.
The utility model, by equipment being provided with to control module 9, photoelectric sensor, pressure sensor 11 and motor, can be realized intelligent control and detection very easily; Equipment is also provided with compression element 7, can carry out pressure recovery to the beverage bottle reclaiming, and has saved greatly space, has increased the capacity of beverage bottle; The utility model is simple in structure, and volume is small and exquisite, and intelligent degree is high, and good reliability can be carried out extensive promotion and application.
Above-described embodiment is to explanation of the present utility model, is not to restriction of the present utility model, any scheme after the utility model simple transformation is all belonged to protection domain of the present utility model.
Claims (8)
1. an Intelligent beverage bottle recycling machine, it is characterized in that: comprise fuselage (3), transmission identification means (6), compression element (7), control module (9), driving member, gripper shoe (27) and rotation barcode scanning member, described fuselage (3) front is provided with reclaims hatch door (1) and screen installing port (2), in screen installing port (2), be provided with a screen, fuselage (3) side is provided with fan installing port (4), and fan installing port is provided with axial flow blower in (4); Described transmission identification means (6) comprises feed screw nut's moving component, drive disk assembly, rotation barcode scanning parts, photoelectric sensor, pressure sensor (11) and a motor (29), No. two motors (14) and No. three motors (40); Described compression element (7) comprises frame, a compressive plate (50), No. two compressive plates (46), electric push rod (52) and a pair of axis of guide (45).
2. a kind of Intelligent beverage bottle recycling machine as claimed in claim 1, it is characterized in that: described feed screw nut's moving link comprises screw rod (18), feed screw nut (19), nut sleeve (20) and No. two motors (14), described No. two motors (14) are connected by the first shaft coupling (15) with screw rod (18), it is upper that described feed screw nut (19) and nut sleeve (20) are all enclosed within screw rod (18), between nut sleeve (20) and travel(l)ing rest (26), is connected by No. two L shaped plates (23).
3. a kind of Intelligent beverage bottle recycling machine as claimed in claim 1, it is characterized in that: described driving member comprises pair of conveyor belts (28), two pairs of drives (25) and a motor (29), described pair of conveyor belts (28) is enclosed within respectively on two pairs of drives (25), pair of conveyor belts (28) be arranged in parallel, feed belt (28) is positioned at and reclaims hatch door (1) dead astern, the rotating shaft of driving wheel is connected by shaft coupling with a motor (29) output shaft, between described gripper shoe (27) and travel(l)ing rest (26), be provided with pressure sensor (11), a described motor (29) is connected by wire with control module (9) respectively with pressure sensor (11).
4. a kind of Intelligent beverage bottle recycling machine as claimed in claim 1, it is characterized in that: described rotation barcode scanning member comprises the first cylinder (32), second tin roller (34), barcode scanning instrument (5) and No. three motors (40), described No. three motors (40) are connected by wire with control module (9); Described the first cylinder (32) and second tin roller (34) are parallel to each other and on sustained height, between the first cylinder (32) and second tin roller (34), be connected by odontoid belt, the first cylinder (32) is fixed on the support of bearing (31) above by bearing respectively with second tin roller (34), and the support of bearing (31) the cylinder base (30) inner with fuselage (3) is connected; Described barcode scanning instrument (5) top-support (12) inner with fuselage (3) is connected, barcode scanning instrument (5) is positioned at the top between the first cylinder (32) and second tin roller (34), and barcode scanning instrument (5) is connected by wire with control module (9).
5. a kind of Intelligent beverage bottle recycling machine as claimed in claim 1, it is characterized in that: described photoelectric sensor comprises a photoelectric sensor (13) and No. two photoelectric sensors (10), a photoelectric sensor (13) and No. two photoelectric sensors (10) are all arranged on top-support (12), a photoelectric sensor (13) is positioned at top, feed belt (28) one end and locates near reclaiming hatch door (1), No. two photoelectric sensors (10) are positioned at feed belt (28) other end top, send belt (28) other end below to be provided with compression element (7), a described photoelectric sensor (13) is connected by wire with control module (9) respectively with No. two photoelectric sensors (10).
6. a kind of Intelligent beverage bottle recycling machine as claimed in claim 1, it is characterized in that: described compression element (7) comprises frame, a compressive plate (50), No. two compressive plates (46), electricity push rod (52) and a pair of axis of guide (45), described frame is a cuboid framework, bottom is base plate (43), surrounding is followed successively by end cap (53), front side board (44), rear plate (42) and back side panel (51), top open-ended, a compressive plate (50) and No. two compressive plates (46) are positioned at frame, and be parallel to each other with end cap (53) and rear plate (42), the distance of a compressive plate (50) and end cap (53) is less than the distance of No. two compressive plates (46) and end cap (53), the described a pair of axis of guide (45) two ends are fixed on end cap (53) and rear plate (42), the a pair of axis of guide (45) is horizontally disposed with and is parallel to each other, a compressive plate (50) and No. two compressive plates (46) are enclosed within on the axis of guide (45), a compressive plate (50) and No. two compressive plates (46) all form and are slidably matched with the axis of guide (45), described electric push rod (52) one end is fixed on end cap (53), electricity push rod (52) other end is connected with compressive plate (50), a compressive plate (50) is connected by studs (48) with No. two compressive plates (46), a compressive plate (50) is threaded with studs (48), both sides are all carried out spacing with nut, No. two compressive plates (46) are enclosed within studs (48) without screw thread place, and its outside is undertaken spacing by nut.
7. a kind of Intelligent beverage bottle recycling machine as claimed in claim 6, it is characterized in that: the length of described base plate (43) is less than the length of front side board (44) and back side panel (51), between base plate (43) and rear plate (42), leave space, a funnel is placed in top between No. two compressive plates (46) and rear plate (42).
8. a kind of Intelligent beverage bottle recycling machine as claimed in claim 6, it is characterized in that: described studs (48) cylinder outside cover has spring (47), spring (47) is positioned between a compressive plate (50) and No. two compressive plates (46), on a described compressive plate (50), be provided with spine array (49), spine is towards No. two compressive plates (46), on No. two compressive plates (46), be furnished with aperture array, spine array (49) is corresponding one by one with aperture array position, the hole diameter of aperture array is greater than the spine diameter of spine array (49), the upper aperture position arranging of described rear plate (42) is corresponding one by one with spine array (49) position, the hole diameter of rear plate (42) is greater than the spine diameter of spine array (49).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520994990.5U CN205247499U (en) | 2015-12-03 | 2015-12-03 | Machine is retrieved to intelligence beverage bottle |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520994990.5U CN205247499U (en) | 2015-12-03 | 2015-12-03 | Machine is retrieved to intelligence beverage bottle |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205247499U true CN205247499U (en) | 2016-05-18 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520994990.5U Expired - Fee Related CN205247499U (en) | 2015-12-03 | 2015-12-03 | Machine is retrieved to intelligence beverage bottle |
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| CN (1) | CN205247499U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109774019A (en) * | 2019-04-01 | 2019-05-21 | 河南科技大学 | A kind of plastic bottle drum-type punctures compression mechanism and punctures pressure recovery machine |
| CN109866357A (en) * | 2019-04-04 | 2019-06-11 | 海盐明盛塑业有限公司 | A kind of beverage bottle recovering device |
-
2015
- 2015-12-03 CN CN201520994990.5U patent/CN205247499U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109774019A (en) * | 2019-04-01 | 2019-05-21 | 河南科技大学 | A kind of plastic bottle drum-type punctures compression mechanism and punctures pressure recovery machine |
| CN109774019B (en) * | 2019-04-01 | 2024-04-16 | 河南科技大学 | Plastic bottle roller type puncture compression mechanism and puncture compression recycling machine |
| CN109866357A (en) * | 2019-04-04 | 2019-06-11 | 海盐明盛塑业有限公司 | A kind of beverage bottle recovering device |
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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: 20160518 Termination date: 20171203 |