CN110126135A - The new-type a large amount of efficient process equipment of syringe - Google Patents

Abstract

The invention discloses a kind of new-type a large amount of efficient process equipment of syringe, including pedestal, pedestal is equipped with shell, first rotating shaft is equipped in shell, first rotating shaft is equipped with support board, connecting rod is equipped between two support boards, cutting blade is designed in each connecting rod, shell is equipped with retarder, retarder is equipped with first servo motor, the lower section of cutter is equipped with arc-shaped partition, the lower section of arc-shaped partition is equipped with round tube, round tube is equipped with rotation axis, rotation axis is equipped with swinging plate, communicating passage is provided between the upper cavity and round tube cavity of shell, arc-shaped cover board is equipped between any two adjacent swinging plate, the second servo motor is fixed on shell, discharge nozzle is fixed on round tube, the lower section of discharge nozzle is equipped with splicing frame, the side of pedestal is equipped with syringe feeding mechanism.The present invention a large amount of, efficiently can carry out chopping processing to syringe, consequently facilitating splicing frame, which can receive more syringes, carries out burning processing to transport incineration plant, be worthy of popularization.

Description

The new-type a large amount of efficient process equipment of syringe

Technical field

The present invention relates to a kind of equipment, especially a kind of a large amount of efficient process equipment of new-type syringe.

Background technique

Syringe is common tool in medical, is usually applied to injecting fluid class drug, since syringe belongs to disposable doctor With tool, so can all generate a large amount of used one-shot injectors every year, if first not carrying out pulverization process to syringe, having very much can It can be flowed into and be manufactured disposable polybag by undesirable's utilization in the market (syringe barrel is PVC material, can be illegal One's share of expenses for a joint undertaking is for manufacturing food pack), due to remaining many germs, virus, the generally temperature in polybag production in syringe Under can not kill, so can be to using the consumer of this polybag to generate unthinkable health problem.

Existing syringe processing mode is all syringe to be placed into crusher pulverize processing (such as Chinese utility model 207403036 U of patent CN), then each syringe fragment is held in material-containing basket again (compared to syringe is directly placed on Sheng In material frame, material-containing basket can put more syringe fragments and syringe fragment is more conducive to burn, and burn generated noxious material more It is few), then draw and burn factory and office's progress burning disposal, this low efficiency in the way of crusher processing syringe cannot be a large amount of right Syringe is efficiently treated through, and can greatly increase the labor intensity of staff.

Summary of the invention

The shortcomings that the invention solves the above-mentioned prior arts, a large amount of efficient pulverizing processing can be carried out to syringe by providing one kind The a large amount of efficient process equipment of new-type syringe, the need that are handled by a large amount of efficient pulverizings can be carried out to syringe by meeting staff It asks.

The technical scheme adopted by the invention to solve the technical problem: this new-type a large amount of efficient process equipment of syringe, including Pedestal is fixed with the shell of attached cavity on the top surface of pedestal, is rotatably connected to first rotating shaft in shell, is fixed in first rotating shaft The support board of a pair of opposing is rotatably connected to one group of company being uniformly arranged along first rotating shaft center between two support boards Extension bar is all rotatably connected to one group of cutting blade being uniformly arranged upwards along pitman shaft in each connecting rod, is fixed on shell Retarder, the output end of retarder and first rotating shaft are fixed together, the input terminal of retarder by be fixed on shell first Servo motor driving, the lower section of cutting blade are equipped with the arc-shaped partition being fixed on shell, chamber of the arc-shaped partition shell Body is divided into upper cavity and lower chamber, and the round tube that two side ends are closed end is fixed with below arc-shaped partition, is rotated on round tube Be connected with rotation axis, six be fixed in rotation axis along the swinging plates that are uniformly arranged of rotation axis centers, two swinging plate of opposite side it Between spacing matched with the inner diameter size of round tube, the spacing between two swinging plate of opposite side be less than round tube inside diameter 0.1mm-0.5mm, Communicating passage is provided between upper cavity and round tube cavity, top end is fixed with for blocking connection between any two adjacent swinging plate The arc-shaped cover board in channel, the radian of arc-shaped cover board is consistent with the radian of arc-shaped partition, is fixed with and is used on shell The second servo motor of rotation axis rotation is driven, is fixed with the discharge nozzle being connected to round tube cavity, the lower section of discharge nozzle on round tube Equipped with the splicing frame being mounted on pedestal, the side of pedestal is equipped with syringe feeding mechanism, and syringe feeding mechanism includes feed pipe, into Screw propulsion blade is installed in expects pipe, screw propulsion blade is driven by the third servo motor being fixed on feed pipe, on The input end of cavity is fixed with one group of positioning column, and one group of location hole with the cooperation of each positioning column respectively, charging are provided on feed pipe It is fixed with support rod between pipe and pedestal, the drain hopper being connected to charging tube chamber, the end of feed pipe are fixed on feed pipe It is provided with and is fixed on shell and the bristle of filling between upper cavity input end.Here first rotating shaft, support board, connection The effect of bar, cutting blade is that first rotating shaft passes through the drive of retarder and first servo motor, so as to drive cutter Piece rotates whipping, to carry out chopping processing to syringe；Here the effect of retarder is can to utilize low power servo motor Just be capable of providing strong torque, so as to it is a large amount of, chopping processing conveniently, efficiently, quickly is carried out to syringe；Here it is arc-shaped every The effect of plate is can to give the space of one broken syringe of cutting blade；Here the effect of communicating passage is, so that upper cavity Upper syringe chopped can be reached in round tube cavity by communicating passage；Here rotation axis, swinging plate, the second servo motor, The effect of discharge nozzle is to be capable of aliquot syringe fragment is taken out of and has been fallen at splicing frame, since each swinging plate is uniformly solid Determine on the rotating shaft, so the syringe fragment being located at upper cavity can be taken out of by a, so syringe fragment will not No lasting runs chaotically, so that the syringe fragment at upper cavity, which can be had, is persistently brought at splicing frame (as shown in Figure 7)； The effect of setting using the spacing between two swinging plate of opposite side less than round tube inside diameter 0.1mm-0.5mm is to avoid stirring Excessive friction is generated between plate and round tube inner wall, and syringe fragment will not be caused between swinging plate outer end face and round tube inner wall Gap go to go elsewhere；Here the effect of arc-shaped cover board is can be bonded and close communicating passage, thus really Protect when carrying out chopping piece to syringe using cutting blade, it is closed when communicating passage, the syringe fragment for not having well cutting will not be made It falls in the cavity of adjacent two swinging plates composition；Here the effect of syringe feeding mechanism is, for carrying out pusher simultaneously to syringe A large amount of syringes are uniformly pushed at upper cavity and carry out chopping processing using cutting blade；Here the effect of bristle is energy Enough fill up the gap between upper cavity input end and feed pipe, avoid the syringe fragment cut down from upper cavity input end with into It runs out of gap between expects pipe；Here the effect of positioning column and location hole is, convenient for feed pipe installation is located in shell At upper cavity input end；Here the effect of support rod is to be supported fixation to feed pipe；Here the effect of drain hopper is needle Cylinder is poured at drain hopper and carries out promotion feeding using screw propulsion blade；Here the second servo motor is speed-down servo electricity Machine, in this way drive rotation axis rotate more stable.

Further perfect, the splicing frame that the side of splicing frame is equipped with for driving splicing frame to automatically move out automatically moves dress It sets, splicing frame automatic mobile device includes a pair of opposing and is fixed on the guide rail on pedestal, and the lower section of splicing frame is equipped with branch Fagging, the bottom surface of support plate are fixed with one group of sliding block being slidably connected together with two guide rails respectively, fix on the top surface of support plate Have a weighing sensor, the quadrangle of support plate is all provided with guidance jack, the bottom surface quadrangle of splicing frame be all fixed with respectively with each guidance The guidance inserted link of jack cooperation together, the bottom surface of splicing frame place on weighing sensor, and the both sides of pedestal are all rotatablely connected There is chain pitch wheel, chain is installed between two chain pitch wheels, the bottom surface of support plate is fixed with driven rod, and the of driven rod and chain Two shafts are fixed to be fixed with to frame shift for splicing together, on pedestal and issues the first stroke switch of signal, seat behind position in place It is fixed with to frame shift out for splicing on body and issues the second stroke switch of signal behind position in place, be fixed on pedestal for driving 4th servo motor of side chain pitch wheel rotation is equipped with processor of single chip computer and open-close on-off, single-chip microcontroller processing on pedestal Device and open-close on-off, first stroke switch, second stroke switch, the 4th servo motor, first servo motor, the second servo electricity Machine, third servo motor connection are together.Here the effect of splicing frame automatic mobile device is that splicing frame can be automatically from seat It is removed in the cavity of body, consequently facilitating staff carries out the syringe fragment being located at splicing frame, collects and transport burning Factory and office carry out burning disposal；The effect of this inner guide rail and sliding block is sliding on guide rail of enabling support plate smooth；Here Guidance jack, the effect for guiding inserted link are splicing frame to be guided to smoothly move up and down, thus splicing frame pressure Weight on weighing sensor can just make uniformly；Here the effect of weighing sensor is to pass through guidance jack, guidance inserted link Guidance, splicing frame uniform force is pressed on weighing sensor, weighs to dock material frame, the syringe in splicing frame When fragment has almost been expired fastly, weighing sensor, which can measure to obtain certain value, obtains weight signal, so that the stopping of splicing frame connects Expect and moves out pedestal；Here the effect of chain pitch wheel, chain, driven rod, the 4th servo motor is to give splicing frame power, To enable splicing frame to remove from the cavity of pedestal；Here the effect of first stroke switch is can to give splicing to frame shift Processor of single chip computer is given when entering to suitable filling position with electric signal, is connect so that the stopping of the 4th servo motor continues to drive Material frame is mobile；Here second stroke switch effect be can give splicing frame be moved out to properly take position when give monolithic And controller is with electric signal so that the stopping of the 4th servo motor continue splicing is driven to frame shift it is dynamic；Here processor of single chip computer Effect be the synergistic effect played between each electric component, to play the work that automatic butt material frame is removed, moved into With；Here processor of single chip computer is that existing procucts, the optional think of that flies block and the companies such as auspicious Sa electronics, Infineon, Toshiba on the market Product, C8051,89C51,89C52,89S51,89S52 can be used in the model of single-chip microcontroller；Here processor of single chip computer can also be with Select PLC controller；Here weighing sensor is existing procucts on the market, and weighing sensor is a kind of to be changed into quality signal Bengbu sensor systems engineering co.ltd. can be selected in the device of measurable electric signal output, Dongguan City builds power electrical measurement science and technology The product of the companies such as Co., Ltd.

Further perfect, the side of other side chain pitch wheel is equipped with a pair of opposing and is fixed on the supporting plate on pedestal, It is all provided with interconnection slot on two supporting plates, is equipped on the chain pitch wheel of the other side and cooperates shaft with chain pitch wheel, shaft cooperation exists At interconnection slot, the two side ends of shaft are all provided with spliced eye, threaded rod are all plugged on two spliced eyes, the two side ends of pedestal are all It is provided with threaded hole, two threaded rods are threaded in respectively at two threaded holes, are all fixed on the inside of threaded hole on two threaded rods Barrier plate, the nut being all threaded on two threaded rods on the inside of barrier plate.Here supporting plate, interconnection slot, shaft, The effect of spliced eye, threaded rod, threaded hole, barrier plate, nut is that the elastic of chain can be adjusted, in chain pine When, it can drive chain is elastic, is also convenient for chain to be mounted at two chain pitch wheels by turning threaded rod；Chain tension Working principle are as follows: when needing to be tensioned chain, only need to turn threaded rod and moved by outside threaded rod, since threaded rod revolves It can be displaced outwardly when turning, and be fixed with barrier plate on threaded rod, the threaded rod moved in addition just will drive shaft and be displaced outwardly, To drive other side chain pitch wheel mobile, thus tension chain；Here the effect of nut is, after chain is tensioned, only needs Nut is tightened on pedestal it is prevented that threaded rod avoids the chain of tensioning due to shake and there is a situation where loosening generation There is a situation where loosen again for item.

It is further perfect, it is provided with the opening frameed shift out for splicing on pedestal, is rotatably connected on pedestal and is opened for opening and closing The open and close door of mouth, the side of pedestal are equipped with band valve cylinder, and the cylinder body outer end with valve cylinder is rotatably connected on pedestal, band valve cylinder Piston rod end be rotatably connected at open and close door, band valve cylinder and processor of single chip computer connection.Here it is open, opens and closes Door, the effect with valve cylinder are can to open and close to opening, consequently facilitating splicing frame is into and out pedestal (such as Fig. 8 institute Show).

It is further perfect, hot gas gas blow pipe and air intake duct be installed on shell, hot gas gas blow pipe and air intake duct all with epicoele Body is connected to, and is fixed with filter net sheet on the air intake duct.Here the effect of hot gas gas blow pipe is to carry out blowing high warm to upper cavity Gas, thus to containing liquid and the syringe fragment smashed is dried, so that the syringe fragment of humidity be avoided to stick in upper cavity The case where cannot falling down on internal or other component；Here the effect of air intake duct is, the steam that drying is come out into Row is absorbed into outside upper cavity；Here the effect of filter net sheet is that air intake duct has suction, and syringe fragment is avoided to be inhaled by air intake duct It walks, to only be absorbed to moist steam.

It is further perfect, vibrator is fixed on shell.Here the effect of vibrator is can to carry out high frequency vibrating to shell It is dynamic, so that the syringe fragment smashed be avoided to cling without falling；Here vibrator is existing product on the market, and Zhuo can be selected The product of the companies such as your energy electromechanical equipment (Shanghai) Co., Ltd., hongda vibratory equipment Co., Ltd, Xinxiang City.

Further perfect, the bottom surface quadrangle of pedestal is all fixed with support leg.Here the effect of support leg is played to pedestal Supporting role so that pedestal is more stable, equipment behaves more steady.

The invention has the advantages that: smart structural design of the invention, rationally utilizes first rotating shaft, support board, company Extension bar, cutting blade make first rotating shaft by the drive of retarder and first servo motor, so as to drive cutting blade Whipping is rotated, to carry out chopping processing to syringe, can be just capable of providing using low power servo motor using retarder Strong torque, so as to it is a large amount of, chopping processing conveniently, efficiently, quickly is carried out to syringe, can be given using arc-shaped partition The space of one broken syringe of cutting blade enables syringe chopped on upper cavity logical by being connected to using communicating passage Road reach round tube cavity in, using rotation axis, swinging plate, the second servo motor, discharge nozzle be capable of aliquot syringe fragment It takes out of and has fallen at splicing frame, since each swinging plate is uniformly fixed on the rotating shaft, so the syringe being located at upper cavity is broken Piece can be taken out of by a, so syringe fragment will not run chaotically without lasting, so that the syringe at upper cavity is broken Piece, which can be had, to be persistently brought at splicing frame, can be bonded using arc-shaped cover board and be closed communicating passage, so that it is guaranteed that When carrying out chopping piece to syringe using cutting blade, it is closed when communicating passage, the syringe fragment for not having well cutting will not be made to fall It falls in the cavity of adjacent two swinging plates composition, using syringe feeding mechanism, can be used in carrying out syringe pusher and a large amount of Syringe is uniformly pushed at upper cavity and carries out chopping processing using cutting blade, and this mode can be a large amount of, efficient right Syringe carries out chopping processing, consequently facilitating splicing frame, which can receive more syringes, carries out burning processing to transport incineration plant, It is worthy of popularization.

Detailed description of the invention

Fig. 1 is perspective view one of the invention；

Fig. 2 is the A-A sectional view of Fig. 1；

Fig. 3 is the B-B sectional view of Fig. 2；

Fig. 4 is the region the C partial enlarged view of Fig. 2；

Fig. 5 is the visual angle the D schematic views of Fig. 2；

Fig. 6 is the perspective view two in cutting blade region in the present invention；

Fig. 7 is the working principle flow chart one in swinging plate region in the present invention；

Fig. 8 is the working principle flow graph two of open and close door in the present invention.

Description of symbols: pedestal 1, shell 2, upper cavity 2-1, positioning column 2-1a, lower chamber 2-2, first rotating shaft 3, branch Hold round plate 4, connecting rod 5, cutting blade 6, retarder 7, first servo motor 8, arc-shaped partition 9, round tube 10, rotation axis 11, Swinging plate 12, communicating passage 13, arc-shaped cover board 14, the second servo motor 15, discharge nozzle 16, splicing frame 17, syringe charging Mechanism 18, feed pipe 18-1, location hole 18-1a, screw propulsion blade 18-2, third servo motor 18-3, support rod 18-4 are put Hopper 18-5, bristle 19, splicing frame automatic mobile device 20, guide rail 20-1, support plate 20-2 guide jack 20-2a, driven rod 20-2b, sliding block 20-3, weighing sensor 20-4, chain pitch wheel 20-5, chain 20-6, the second shaft 20-6a, first stroke are opened Close 20-7, second stroke switch 20-8, the 4th servo motor 20-9, processor of single chip computer 20-10, open-close on-off 20-11, supporting plate 20-12, interconnection slot 20-12a, shaft 20-13, spliced eye 20-13a, threaded rod 20-14, barrier plate 20-14a, nut 20-15, open and close door 21, band valve cylinder 22, hot gas gas blow pipe 23, air intake duct 24, filter net sheet 24-1, vibrator 25, support leg 26, syringe 27, syringe fragment 27-1.

Specific embodiment

The present invention will be further explained below with reference to the attached drawings:

Referring to attached drawing: this new-type a large amount of efficient process equipment of syringe, including pedestal 1 are fixed with band on the top surface of pedestal 1 The shell 2 of cavity is rotatably connected to first rotating shaft 3 in shell 2, and the branch that a pair of opposing is fixed in first rotating shaft 3 is held round Plate 4, is rotatably connected to one group of connecting rod 5 being uniformly arranged along 3 center of first rotating shaft between two support boards 4, in each connecting rod 5 It is all rotatably connected to one group of cutting blade 6 being uniformly arranged in 5 axial direction of connecting rod, is fixed with retarder 7 on shell 2, is slowed down The output end of device 7 and first rotating shaft 3 are fixed together, and the input terminal of retarder 7 passes through the first servo motor that is fixed on shell 2 8 drivings, the lower section of cutting blade 6 are equipped with the arc-shaped partition 9 being fixed on shell 2, cavity of the arc-shaped partition 9 shell 2 It is divided into upper cavity 2-1 and lower chamber 2-2, the lower section of arc-shaped partition 9 is fixed with the round tube 10 that two side ends are closed end, round tube It is rotatably connected to rotation axis 11 on 10, six swinging plates 12 being uniformly arranged along 11 center of rotation axis are fixed in rotation axis 11, Spacing between two swinging plate 12 of opposite side is consistent with the inner diameter size of round tube 10, and the spacing between two swinging plate 12 of opposite side is small It is provided with communicating passage 13 between 10 internal diameter 0.1mm-0.5mm of round tube, 10 cavity of upper cavity 2-1 and round tube, any two adjacent groups Top end is fixed with the arc-shaped cover board 14 for blocking communicating passage 13, the radian of arc-shaped cover board 14 between movable plate 12 It is consistent with the radian of arc-shaped partition 9, the second servo motor 15 for driving rotation axis 11 to rotate, circle are fixed on shell 1 The discharge nozzle 16 being connected to 10 cavity of round tube is fixed on pipe 10, the lower section of discharge nozzle 16 is equipped with the splicing being mounted on pedestal 1 Frame 17, the side of pedestal 1 are equipped with syringe feeding mechanism 18, and syringe feeding mechanism 18 includes feed pipe 18-1, on feed pipe 18-1 Screw propulsion blade 18-2 is installed, screw propulsion blade 18-2 passes through the third servo motor that is fixed on feed pipe 18-1 18-3 driving, the input end of upper cavity 2-1 is fixed with one group of positioning column 2-1a, be provided on feed pipe 18-1 one group respectively with it is each fixed The location hole 18-1a of position column 2-1a cooperation, is fixed with support rod 18-4, on feed pipe 18-1 between feed pipe 18-1 and pedestal 1 It is fixed with the drain hopper 18-5 being connected to feed pipe 18-1 cavity, between the end and upper cavity 2-1 input end of feed pipe 18-1 It is provided with and is fixed on shell 2 and the bristle 19 of filling.

The side of splicing frame 17 is equipped with the splicing frame automatic mobile device 20 for driving splicing frame 17 to automatically move out, splicing Frame automatic mobile device 20 includes a pair of opposing and the guide rail 20-1 that is fixed on pedestal 1, and the lower section of splicing frame 17 is equipped with Support plate 20-2, the bottom surface of support plate 20-2 are fixed with one group of sliding block 20-3 being slidably connected together with two guide rail 20-1 respectively, Weighing sensor 20-4 is fixed on the top surface of support plate 20-2, the quadrangle of support plate 20-2 is all provided with guidance jack 20-2a, connects The bottom surface quadrangle of material frame 17 is all fixed with the guidance inserted link 17-1 with each guidance jack 20-2a cooperation together respectively, splicing frame 17 Bottom surface place on weighing sensor 20-4, the both sides of pedestal 1 are all rotatably connected to chain pitch wheel 20-5, two chain pitch wheels Chain 20-6 is installed, the bottom surface of support plate 20-2 is fixed with driven rod 20-2b, driven rod 20-2b and chain 20- between 20-5 6 the second shaft 20-6a is fixed together, is fixed on pedestal 1 and moves into behind position in place issue signal for splicing frame 17 One stroke switch 20-7 is fixed with the second stroke switch for removing for splicing frame 17 and issuing signal behind position in place on pedestal 1 20-8 is fixed with the 4th servo motor 20-9 for driving side chain pitch wheel 20-5 to rotate on pedestal 1, installs on pedestal 1 There are processor of single chip computer 20-10 and open-close on-off 20-11, processor of single chip computer 20-10 and open-close on-off 20-11, first stroke Switch 20-7, second stroke switch 20-8, the 4th servo motor 20-9, first servo motor 8, the second servo motor 15, third Servo motor 18-3 connection is together.

The supporting plate 20-12 that the side of other side chain pitch wheel 20-5 is equipped with a pair of opposing and is fixed on pedestal 1, two It is all provided with interconnection slot 20-12a on supporting plate 20-12, is equipped on the chain pitch wheel 20-5 of the other side and matches with chain pitch wheel 20-5 At interconnection slot 20-12a, the two side ends of shaft 20-13 are all provided with spliced eye for sympodium bar 20-13, shaft 20-13 cooperation Threaded rod 20-14 is all plugged on 20-13a, two spliced eye 20-13a, the two side ends of pedestal 1 are all provided with threaded hole 1-1, two spiral shells Rasp bar 20-14 is threaded in respectively at two threaded hole 1-1, is all fixed on the inside of threaded hole 1-1 on two threaded rod 20-14 Barrier plate 20-14a, two threaded rod 20-14 on be all threaded with nut 20-15 on the inside of barrier plate 20-14a.

It is provided with the opening 1-2 removed for splicing frame 17 on pedestal 1, is rotatably connected on pedestal 1 for opening and closing opening 1-2 Open and close door 21, the side of pedestal 1 is equipped with band valve cylinder 22, and the cylinder body outer end with valve cylinder 22 is rotatably connected on pedestal 1, band The piston rod end of valve cylinder 22 is rotatably connected at open and close door 21, and band valve cylinder 22 and processor of single chip computer 20-10 route connect It connects.

Hot gas gas blow pipe 23 and air intake duct 24 be installed on shell 2, hot gas gas blow pipe 23 and air intake duct 24 all with upper cavity 2-1 is connected to, and is fixed with filter net sheet 24-1 on air intake duct 24.

Vibrator 25 is fixed on shell 2.

The bottom surface quadrangle of pedestal 1 is all fixed with support leg 26.

The working principle of the invention: firstly, pressing open-close on-off 20-11, starting third servo motor 18-3 and first is watched Motor 8 is taken, third servo motor 18-3 drives screw propulsion blade 18-2 rotation and first servo motor 8 to drive first rotating shaft 3 High speed rotation, when 3 high speed rotation of first rotating shaft, can each 6 high-speed rotation of cutting blade of whipping, then, largely to broken syringe 27 are poured at drain hopper 18-5 and promote blade 18-2 to be pushed at upper cavity 2-1 by screw thread, at this moment, under high speed rotation state Each cutting blade 6 will carry out chopping processing to each syringe 27 (when shredding to syringe 27, hot gas gas blow pipe 23 can be blown Enter high temperature hot gas to syringe fragment 27-1 moist after chopping carry out drying avoid sticking, air intake duct 24 can also open absorb steam The moisture issued), when syringe fragment 27-1 runs up to a certain amount of in upper cavity 2-1 (using the time as unit single-chip microcontroller at Reason device 20-10 determine that syringe fragment 27-1 has reached a certain amount of in upper cavity 2-1 as unit of 5 minutes), processor of single chip computer 20-10 starts the second servo motor 15 and rotation axis 11 is driven to rotate, to drive each swinging plate 12 to rotate, to drive syringe Fragment 27-1 is stirred and be fallen at splicing frame 17 (as shown in Figure 7) by discharge nozzle 16, and weighing sensor 20-4 is real-time Signal is simultaneously passed to processor of single chip computer 20-10 by monitoring weight data, and syringe fragment 27-1 is continuously increased at splicing frame 17 And (reach weight when reaching constant weight i.e. and can determine that syringe fragment 27-1 is already filled in splicing frame 17), at this moment, Processor of single chip computer 20-10 can control the second servo motor 15 and stop operating, and at this moment, the second servo motor 15 just controls circular arc Shape cover board 14 cover and stop after communicating passage 13 (prepare to carry out chopping to syringe 27 again, the second servo motor 15 The rotation exactly arc-shaped cover board 14 that turns around is covered again when share communicating passage 13, so the stopping of the second servo motor 15 It is all as unit of enclosing, so when the second servo motor 15 stops, just enabling to the arc-shaped lid of cover board 14 company of sharing Circulation passage 13), at this moment, processor of single chip computer 20-10 can control the 4th servo motor 20-9 of starting and with valve cylinder 22, at this moment, Band valve cylinder 22 will drive open and close door 21 and open (as shown in Figure 8), and then, the 4th servo motor 20-9 will drive chain 20-6 rotation Turn, the chain 20-6 of rotation can drive the splicing frame 17 for filling syringe fragment 27-1 from 1 cavity of pedestal by driven rod 20-2b It removes, processor of single chip computer 20-10 signal can be given after splicing frame 17 touches second stroke switch 20-8, to control 4th servo motor 20-9 shuts down, finally, staff's splicing frame 17 is taken out from support plate 20-2 and is poured into specified At position, such splicing frame 17 can be filled with the syringe after enough choppings, then take and burn factory and office's progress burning disposal (this In can there is no syringe needle on syringe, can also have syringe needle, there is the syringe of syringe needle, syringe needle connection syringe itself is chopped into together, so Being poured into incineration plant for entirety carries out burning disposal afterwards), it avoids being flowed into criminal's hand and is processed into plastics again Bag, backflows into consumer's hand, avoids giving consumer and brings security risk；When needing to carry out splicing again, it is only necessary to again It is secondary that splicing frame 17 is placed on support plate 20-2, again, lower open-close on-off 20-11 is pressed, then, starts the 4th servo motor 20-9 control chain 20-6 drives support frame 17 to be moved back into the cavity of pedestal 1, when support frame 17 touches first stroke switch After 20-7, the 4th servo motor 20-9 shuts down, and at this moment, can also give band 22 signal of valve cylinder, to start band valve cylinder 22 and open and close door 21 is closed, then, will repeat the above steps and chopping is carried out to syringe 27 and each group is utilized to syringe fragment 27 Movable plate 12 is stirred, to be again fed in splicing frame 17, this mode a large amount of, efficiently can be shredded syringe Processing is handled consequently facilitating splicing frame 17 can receive more syringes 27 and transports incineration plant and carry out burning processing, It avoids syringe barrel from being flowed into and polybag is processed into endanger the people by manufacture on the market, be worthy of popularization.

Although the present invention has been illustrated and described with reference to preferred embodiments, this profession ordinary skill Personnel are it is to be appreciated that within the scope of the claims, can make various variation in form and details.

Claims (7)

1. a kind of a large amount of efficient process equipment of new-type syringe, including pedestal (1), it is characterized in that: solid on the top surface of the pedestal (1) Surely there is the shell (2) of attached cavity, be rotatably connected to first rotating shaft (3) in the shell (2), it is fixed on the first rotating shaft (3) There is the support board (4) of a pair of opposing, is rotatably connected to one group along first rotating shaft (3) between two support boards (4) The connecting rod (5) that center is uniformly arranged, be all rotatably connected on each connecting rod (5) one group it is equal in connecting rod (5) axial direction The cutting blade (6) of cloth setting, is fixed with retarder (7) on the shell (2), the output end and first of the retarder (7) Shaft (3) is fixed together, and the input terminal of the retarder (7) is driven by the first servo motor (8) being fixed on shell (2) Dynamic, the lower section of the cutting blade (6) is equipped with the arc-shaped partition (9) being fixed on shell (2), the arc-shaped partition (9) The cavity of shell (2) is divided into upper cavity (2-1) and lower chamber (2-2), is fixed with two below the arc-shaped partition (9) Side is the round tube (10) of closed end, is rotatably connected to rotation axis (11) on the round tube (10), solid on the rotation axis (11) Surely have six swinging plates (12) being uniformly arranged along rotation axis (11) center, the upper cavity (2-1) and round tube (10) cavity it Between be provided with communicating passage (13), top end is fixed with for blocking communicating passage between any two adjacent swinging plate (12) (13) radian of arc-shaped cover board (14), the arc-shaped cover board (14) is consistent with the radian of arc-shaped partition (9), institute The second servo motor (15) being fixed on shell (1) for driving rotation axis (11) to rotate is stated, is fixed on the round tube (10) There is the discharge nozzle (16) being connected to round tube (10) cavity, the lower section of the discharge nozzle (16), which is equipped with, is mounted on connecing on pedestal (1) The side of material frame (17), the pedestal (1) is equipped with syringe feeding mechanism (18), and the syringe feeding mechanism (18) includes feed pipe (18-1) is equipped with screw propulsion blade (18-2) on the feed pipe (18-1), and the screw propulsion blade (18-2) passes through Third servo motor (18-3) driving being fixed on feed pipe (18-1), the input end of the upper cavity (2-1) are fixed with one It organizes positioning column (2-1a), one group of location hole (18- with each positioning column (2-1a) cooperation respectively is provided on the feed pipe (18-1) 1a), it is fixed with support rod (18-4) between the feed pipe (18-1) and pedestal (1), is fixed on the feed pipe (18-1) The drain hopper (18-5) being connected to feed pipe (18-1) cavity, the end of the feed pipe (18-1) and upper cavity (2-1) import It is provided with and is fixed on shell (2) and the bristle (19) of filling between end.

2. a large amount of efficient process equipment of new-type syringe according to claim 1, it is characterized in that: the side of the splicing frame (17) Portion is equipped with the splicing frame automatic mobile device (20) for driving splicing frame (17) to automatically move out, and the splicing frame automatically moves dress Setting (20) includes a pair of opposing and the guide rail (20-1) being fixed on pedestal (1), and the lower section of the splicing frame (17) is equipped with Support plate (20-2), the bottom surface of the support plate (20-2) are fixed with one group and are slidably connected one with two guide rails (20-1) respectively The sliding block (20-3) risen is fixed with weighing sensor (20-4) on the top surface of the support plate (20-2), the support plate (20- 2) quadrangle is all provided with guidance jack (20-2a), and the bottom surface quadrangle of the splicing frame (17) is all fixed with inserts with each guidance respectively The guidance inserted link (17-1) of hole (20-2a) cooperation together, the bottom surface of the splicing frame (17) is placed at weighing sensor (20-4) On, the both sides of the pedestal (1) are all rotatably connected to chain pitch wheel (20-5), are installed between two chain pitch wheels (20-5) Have chain (20-6), the bottom surface of the support plate (20-2) is fixed with driven rod (20-2b), the driven rod (20-2b) and chain The second shaft (20-6a) of item (20-6) is fixed together, is fixed on the pedestal (1) and moves into position in place for splicing frame (17) The first stroke switch (20-7) for issuing signal is postponed, is fixed on the pedestal (1) and removes position in place for splicing frame (17) The second stroke switch (20-8) for issuing signal is postponed, is fixed on the pedestal (1) for driving side chain pitch wheel (20- 5) the 4th servo motor (20-9) rotated is equipped with processor of single chip computer (20-10) and open-close on-off on the pedestal (1) (20-11), the processor of single chip computer (20-10) and open-close on-off (20-11), first stroke switch (20-7), second stroke Switch (20-8), the 4th servo motor (20-9), first servo motor (8), the second servo motor (15), third servo motor (18-3) connection is together.

3. a large amount of efficient process equipment of new-type syringe according to claim 2, it is characterized in that: chain pitch wheel described in the other side The supporting plate (20-12) that the side of (20-5) is equipped with a pair of opposing and is fixed on pedestal (1), two supporting plates (20-12) On be all provided with interconnection slot (20-12a), be equipped on chain pitch wheel (20-5) described in the other side and match with chain pitch wheel (20-5) Sympodium bar (20-13), shaft (20-13) cooperation is at interconnection slot (20-12a), the two sides of the shaft (20-13) End is all provided with spliced eye (20-13a), is all plugged with threaded rod (20-14), the pedestal on two spliced eyes (20-13a) (1) two side ends are all provided with threaded hole (1-1), and two threaded rods (20-14) are threaded in the two threaded hole (1- respectively 1) place, the barrier plate (20-14a) being all fixed on two threaded rods (20-14) on the inside of threaded hole (1-1), described in two The nut (20-15) being all threaded on threaded rod (20-14) on the inside of barrier plate (20-14a).

4. a large amount of efficient process equipment of new-type syringe according to claim 2, it is characterized in that: being provided on the pedestal (1) For the opening (1-2) that splicing frame (17) remove, the opening and closing for opening and closing opening (1-2) is rotatably connected on the mounting (1) The side of door (21), the pedestal (1) is equipped with band valve cylinder (22), and the cylinder body outer end of the band valve cylinder (22) is rotatably connected on On pedestal (1), the piston rod end of the band valve cylinder (22) is rotatably connected at open and close door (21), the band valve cylinder (22) With processor of single chip computer (20-10) connection.

5. a large amount of efficient process equipment of new-type syringe according to claim 1, it is characterized in that: being installed on the shell (2) There are hot gas gas blow pipe (23) and air intake duct (24), the hot gas gas blow pipe (23) and air intake duct (24) all connect with upper cavity (2-1) It is logical, filter net sheet (24-1) is fixed on the air intake duct (24).

6. a large amount of efficient process equipment of new-type syringe according to claim 1, it is characterized in that: fixed on the shell (2) There are vibrator (25).

7. a large amount of efficient process equipment of new-type syringe according to claim 1, it is characterized in that: the bottom surface of the pedestal (1) Quadrangle is all fixed with support leg (26).