CN206240838U - Clean the discharging unit of electric power oiling experiment syringe - Google Patents
Clean the discharging unit of electric power oiling experiment syringe Download PDFInfo
- Publication number
- CN206240838U CN206240838U CN201621058139.2U CN201621058139U CN206240838U CN 206240838 U CN206240838 U CN 206240838U CN 201621058139 U CN201621058139 U CN 201621058139U CN 206240838 U CN206240838 U CN 206240838U
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- needle guard
- closing member
- nook closing
- connecting hole
- support plate
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- 238000007599 discharging Methods 0.000 title claims abstract description 24
- 238000002474 experimental method Methods 0.000 title claims abstract description 14
- 239000000463 material Substances 0.000 claims abstract description 39
- 230000005540 biological transmission Effects 0.000 claims abstract description 34
- 230000007246 mechanism Effects 0.000 claims abstract description 17
- 238000004140 cleaning Methods 0.000 claims description 32
- 238000001035 drying Methods 0.000 claims description 5
- 238000003860 storage Methods 0.000 claims description 5
- 238000005096 rolling process Methods 0.000 claims description 4
- 230000006978 adaptation Effects 0.000 claims description 2
- 238000013461 design Methods 0.000 abstract description 7
- 238000000034 method Methods 0.000 abstract description 7
- 238000000151 deposition Methods 0.000 abstract description 2
- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Substances O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 description 72
- 238000005406 washing Methods 0.000 description 46
- 230000008676 import Effects 0.000 description 40
- 239000007788 liquid Substances 0.000 description 15
- 238000013519 translation Methods 0.000 description 14
- 238000001514 detection method Methods 0.000 description 10
- 238000004821 distillation Methods 0.000 description 9
- 238000011010 flushing procedure Methods 0.000 description 8
- 230000033001 locomotion Effects 0.000 description 8
- 239000000243 solution Substances 0.000 description 7
- 238000002347 injection Methods 0.000 description 6
- 239000007924 injection Substances 0.000 description 6
- 230000000903 blocking effect Effects 0.000 description 5
- 238000010586 diagram Methods 0.000 description 5
- 239000012153 distilled water Substances 0.000 description 5
- 230000001360 synchronised effect Effects 0.000 description 5
- 239000002351 wastewater Substances 0.000 description 5
- 238000004080 punching Methods 0.000 description 4
- 238000004587 chromatography analysis Methods 0.000 description 3
- 239000011521 glass Substances 0.000 description 3
- 238000010438 heat treatment Methods 0.000 description 3
- 238000012360 testing method Methods 0.000 description 3
- 230000009471 action Effects 0.000 description 2
- 238000004891 communication Methods 0.000 description 2
- 230000008569 process Effects 0.000 description 2
- 230000000630 rising effect Effects 0.000 description 2
- 238000005201 scrubbing Methods 0.000 description 2
- 230000002159 abnormal effect Effects 0.000 description 1
- 238000004458 analytical method Methods 0.000 description 1
- 230000009286 beneficial effect Effects 0.000 description 1
- 238000011208 chromatographic data Methods 0.000 description 1
- 230000008878 coupling Effects 0.000 description 1
- 238000010168 coupling process Methods 0.000 description 1
- 238000005859 coupling reaction Methods 0.000 description 1
- 238000010981 drying operation Methods 0.000 description 1
- 230000000694 effects Effects 0.000 description 1
- 230000005611 electricity Effects 0.000 description 1
- 230000003028 elevating effect Effects 0.000 description 1
- 238000005516 engineering process Methods 0.000 description 1
- 238000011049 filling Methods 0.000 description 1
- 238000004868 gas analysis Methods 0.000 description 1
- 230000005484 gravity Effects 0.000 description 1
- 230000006872 improvement Effects 0.000 description 1
- 238000009434 installation Methods 0.000 description 1
- 230000036244 malformation Effects 0.000 description 1
- 238000012986 modification Methods 0.000 description 1
- 230000004048 modification Effects 0.000 description 1
- 238000003032 molecular docking Methods 0.000 description 1
- 238000012544 monitoring process Methods 0.000 description 1
- 238000005457 optimization Methods 0.000 description 1
- 239000000843 powder Substances 0.000 description 1
- 238000004088 simulation Methods 0.000 description 1
- 230000037380 skin damage Effects 0.000 description 1
- 238000002791 soaking Methods 0.000 description 1
- 239000007921 spray Substances 0.000 description 1
- 230000009182 swimming Effects 0.000 description 1
- 230000009897 systematic effect Effects 0.000 description 1
- 238000002604 ultrasonography Methods 0.000 description 1
Abstract
The utility model is related to clean the discharging unit of electric power oiling experiment syringe, including for depositing the drawing mechanism of nook closing member and needle guard after having cleaned；Graduation transmission device right end vertical is provided with discharge baffle, discharge baffle is provided with material passing passage, be provided with for by the corresponding recessed gap of needle guard end outer lug annulus in material passing passage；The utility model is rational in infrastructure, easy to use, designs ingenious, and technique is advanced.
Description
Technical field
The utility model is related to clean the discharging unit of electric power oiling experiment syringe.
Background technology
At present, the experiment of electric power oiling with all-glass syringe to clean cleaned using soaking and washing or hairbrush, or ultrasound
Ripple is cleaned, and structure is simple and crude, in-convenience in use, inefficiency, cost of labor is high.Syringe is scrubbed and requires basis《In transformer oil
Dissolved gas analysis and judge directive/guide》Chromatogram minimum detectable concentration：0.1 μ L/L (μ) represent 1/1,000,000；Chromatography test is used
Syringe 100mL；The sample of one syringe is delivered and is still capable of identify that and sentences to (50*21*1.8) in a swimming pool for standard
It is fixed；Full glass syringe is reused inevitable；Trace remaining sample is removed all can not produce interference to experiment next time only；In order to
Ensure the accurate of chromatography test, in order to prevent last traces sample data from disturbing, syringe must be definitely clean.Existing cleaning side
Method, inefficiency is big to skin damage, why to tailor washing device for chromatographic injector1st, cleannes requirement pole
Height, general device cannot meet requirement, and uncleanly syringe will influence the analysis of voltage levels equipment chromatographic data.2nd, inject
Device is scrubbed and accounts for task is scrubbed by laboratory more than 80%.3rd, market be without can imitate the artificial machinery equipment for scrubbing overall process,
At least do not possess a point groove cleaning condition, conventional equipment cleaning process is completed in a tank, do not reach more preferably clean requirement.
4th, simple glass product washing machine drying temperature is low, does not reach 120 DEG C.
Utility model content
Technical problem to be solved in the utility model is to provide a kind of reasonable in design, compact conformation and easy to use clear
Wash the discharging unit of electric power oiling experiment syringe.The scrubbing action of application imitates worker's hand washing parameter, flow completely, uses machine
Tool hand replaces staff；Scrub, rinse, distillation washing locellus carries out bionical action simulation, more specialized.Comprehensive water lev el control
Scheme eliminates abnormal interference；Intelligent feeding system with elevating function brings up ability free from worldly cares.Separate wash Cabin Design：Washing
Independent, closing is expected by room, developing room, toilet, and the pollution for controlling exceeded sample to bring eliminates chromatography test systematic error.It is imitative
It is raw to learn application：With reference to hand washing mode, staff is replaced with mechanical hand.Possess full-automatic bristle brush head scrub, ultrasonic wave cleaning, from
The five functionals such as water is rinsed, distilled water rinsing, drying.Quantity-unlimiting intelligence cleaning：With most easily method meets syringe
Maximum scrub amount.It is fastest：It is no matter how many, easily settle.Remove the searching reference numeral in a pile nook closing member with needle guard to bother,
Docking is lighter.
To solve the above problems, technical solution adopted in the utility model is：
It is a kind of clean electric power oiling experiment syringe discharging unit, including for storage cleaned after nook closing member with
The drawing mechanism of needle guard；Graduation transmission device right end vertical is provided with discharge baffle, discharge baffle is provided with material passing passage,
It is provided with for by the corresponding recessed gap of needle guard end outer lug annulus in material passing passage；
Drawing mechanism includes elevator platform, the lifting electric push rod being vertically arranged on elevator platform, is arranged on lift
The lifting connection of the screw connection of frame and the Motor Export and lifting electric push rod that are connected with lifting electric push rod lead screw transmission
Frame, at least two-layer are arranged on lifting link and storage has the oriented bar of nook closing member and needle guard；
Every layer of oriented bar is right low left high and the polished rod be arrangeding in parallel；The left end of oriented bar is filled with indexing drive
The outlet swash plate correspondence put.Being provided with the one side of oriented bar prevents needle guard or nook closing member from rolling inclined side guide post.
As the further improvement of above-mentioned technical proposal：
It is provided between the one side and side guide post of the oriented bar and needle guard end outer lug annular width
The guiding clearance of adaptation.
Hopper is additionally provided with drawing mechanism.
Hopper includes right support plate, left support plate, the connecting bottom board being arranged between right support plate and left support plate, sets
Right connecting hole in right support plate, the left connecting hole being arranged in left support plate and it is arranged in left support plate and for leading to
Cross the mistake material mouth of nook closing member and/or needle guard；Cross material mouth corresponding with outlet swash plate right-hand member；
The number of plies for crossing the number of plies, the number of plies of left connecting hole, the number of plies of right connecting hole and the oriented bar of material mouth is identical；Even
Base plate is connect to be fixedly connected with lifting link；
In each layer：The left end of oriented bar is inserted into corresponding left connecting hole, and the right-hand member of oriented bar is inserted
In corresponding right connecting hole, cross material mouth and be located at corresponding left connecting hole top；
Material mouth lower end side is crossed at each to be provided with for by the corresponding recessed gap of needle guard end outer lug annulus；Cross
Material passage is corresponding with material mouth is crossed.
The temperature control infrared heater for drying out material pin core and/or needle guard is provided with hopper.
Electric control system includes processor, outlet photoelectric sensor, auxiliary reclay, electric machine controller and alarm mould
Block；The output end of processor is electrically connected with auxiliary reclay, electric machine controller and alarm module respectively；
Outlet photoelectric sensor is arranged on the elevator platform of drawing mechanism, and outlet photoelectric sensor is used to detect and index
Whether the oriented bar of the outlet swash plate respective layer of transmission device fills nook closing member and/or needle guard and records discharging sum, is rising
The outlet that the oriented bar position for detecting the superiors is additionally provided with drop frame is bought securities with all one's capital photoelectric sensor；Processor is received
Export the signal of photoelectric sensor and Motor Export is driven by electric machine controller；Processor receives outlet and buys securities with all one's capital photoelectric sensor
Signal and the temperature control infrared heater that controls in hopper.It is using the beneficial effect produced by above-mentioned technical proposal：
The utility model is rational in infrastructure, easy to use, designs ingenious, and technique is advanced.
Brief description of the drawings
Fig. 1 is structural representation of the present utility model.
Fig. 2 is driving drive mechanism schematic diagram of the present utility model.
Fig. 3 is the structural representation that the utility model first washs divided wheel.
Fig. 4 is the structural representation of the utility model service sink.
Fig. 5 is configuration schematic diagram of the present utility model.
Fig. 6 is dimensional structure diagram of the present utility model.
Fig. 7 is the structural representation of the utility model feed arrangement.
Fig. 8 is the dimensional structure diagram of the utility model feed arrangement.
Fig. 9 is the structural representation of the utility model hopper.
Figure 10 is the structural representation of the utility model graduation transmission device.
Figure 11 is the structural representation of the utility model axial direction elongated slot.
Figure 12 is the structural representation of the utility model washing tool.
Figure 13 is electrical control block diagram of the present utility model.
Figure 14 is water route control figure of the present utility model.
Figure 15 is Toothed Belts Gearing expanded view of the present utility model.
Wherein：1st, the first washing divided wheel；2nd, second divided wheel is rinsed；3rd, the 3rd cleaning divided wheel；4th, import drives and leads
To wheel；5th, swash plate is exported；6th, arc lower baffle plate；7th, rear index dial；8th, preceding index dial；9th, drive connection bar；10th, center is fixed
Axle；11st, pusher cylinder；12nd, positive stop；13rd, backstop；14th, lateral wall shower nozzle；15th, rear end face shower nozzle；16th, front end face shower nozzle；
17th, first gear axle；18th, driving gear shaft；19th, active motor；20th, second gear axle；21st, the second commutating tooth wheel shaft；22nd,
Three gear shafts；23rd, U-shaped or c-type bayonet socket；24th, liquid pool is washed；25th, water pond；26th, pond is distilled；27th, support is indexed；28th,
One commutating tooth wheel shaft；29th, supersonic generator；30th, delivery port；31st, temperature sensor；32nd, unrestrained water pump is made；100th, service sink；
101st, feed arrangement；102nd, detection identification frame；103rd, graduation transmission device；104th, indexing drive control device；105th, discharging dress
Put；106th, elevator platform；107th, lifting electric push rod；108th, link is lifted；109th, oriented bar；110th, hopper；111、
Right support plate；112nd, left support plate；113rd, connecting bottom board；114th, right connecting hole；115th, left connecting hole；116th, material mouth is crossed；117、
Recessed gap；118th, washing tool；119th, portal frame；120th, the first transmission cingulum；121st, the 3rd input shaft；122nd, in first
Between cingulum；123rd, the second center tooth band；124th, the first fixed mount；125th, telescopic electric push rod；126th, adjustable shelf is translated；127th,
Two support frames；128th, L-type rotation driving arm；129th, propelling sleeve is rotated；130th, blocking arm；131st, bearing；132nd, axial elongated slot；
133rd, brush head；134th, guide post；135th, L-type axial direction motion bar；136th, limit switch；137th, margin stop；138th, interior shower nozzle；
139th, nook closing member；140th, needle guard；141st, processor；142nd, photoelectric sensor is exported；143rd, import photoelectric sensor；144th, pipe shaft light
Electric transducer；145th, tube head photoelectric sensor；146th, Hall sensor；147th, liquid level sensor；148th, auxiliary reclay；149、
Water intaking valve；150th, discharging valve；151st, water injection valve；152nd, Temperature controlled heater；153rd, electric machine controller；154th, alarm module；155、
Telescope motor；156th, wave-making motor；157th, electric rotating machine；158th, charging motor；159th, indexing motor；160th, Motor Export；
161st, import motor；162nd, water tank is distilled；163rd, the 3rd pipeline；164th, the 3rd filter；165th, flush box；166th, spray water
Pump；167th, the second pipeline；168th, the second filter；169th, water tank is washed；170th, washing water pump；171st, wastewater disposal basin；172nd, discharge
Baffle plate；173rd, material passing passage；174th, feeding photoelectric sensor；175th, groove photoelectric sensor；176th, side guide post.
Specific embodiment
As shown in figures 1-15, the present embodiment is including the feed arrangement 101 for depositing nook closing member 139 and needle guard 140, for area
Point identification nook closing member 139 and needle guard 140 detection identification frame 102, for what nook closing member 139 and needle guard 140 were installed and were transmitted
Graduation transmission device 103, for nook closing member 139 and needle guard 140 are cleaned service sink 100, be arranged in service sink 100
Washing tool 118, for control graduation transmission device 103 rotate indexing drive control device 104 and for deposit clean
The drawing mechanism 105 of nook closing member 139 and needle guard 140 after complete；
Feed arrangement 101, detection recognize frame 102, graduation transmission device 103 and drawing mechanism 105 from left to right successively
Spread configuration, service sink 100 is located at the lower section of graduation transmission device 103.
The first washing indexing that graduation transmission device 103 includes indexing support 27 and is separately positioned on indexing support 27
Wheel 1, second rinses the cleaning divided wheel 3, import of divided wheel the 2, the 3rd and drives directive wheel 4 and outlet swash plate 5；First washing divided wheel
1st, second flushing divided wheel 2 and the 3rd cleaning divided wheel 3 from left to right set gradually, import drive directive wheel 4 be arranged on into
Between the material washing divided wheel 1 of device 101 and first, outlet swash plate 5 is located between the 3rd cleaning divided wheel 3 and drawing mechanism 105；
It is corresponding that service sink 100 includes that washing liquid pool 24 and second corresponding with the first washing divided wheel 1 rinses divided wheel 2
Water pond 25 and with the 3rd corresponding distillation pond 26 of cleaning divided wheel 3；Ultrasonic wave hair is provided with liquid pool 24 is washed
Raw device 29 and temperature sensor 31, delivery port 30 is provided with water pond 25, and TEMP is provided with distillation pond 26
Device 31 with make unrestrained water pump 32, washing liquid pool 24 with distillation pond 26 in be respectively arranged with Temperature controlled heater 152；
Make unrestrained water pump 32 and be connected with wave-making motor 156；
First washing divided wheel 1 includes the preceding index dial 8, at least two that rear index dial 7 and rear index dial 7 are coaxially disposed
The drive connection bar 9 that is arranged between rear index dial 7 and preceding index dial 8 and it is installed in the centre bore of rear index dial 7 and preceding point
Central fixed shaft 10 in the centre bore of scale 8；
Circumference array is set on the basis of the axial line of index dial 8 before drive connection bar 9.
Index dial 7 and preceding index dial 8 are rotated relative to central fixed shaft 10 and set afterwards.
Second flushing divided wheel the 2, the 3rd cleaning divided wheel 3 is identical with the first washing structure of divided wheel 1.
Rinsing being respectively arranged below for divided wheel 3 of cleaning of divided wheel the 2, the 3rd in the first washing divided wheel 1, second prevents
The arc lower baffle plate 6 that nook closing member 139 or needle guard 140 drop.
At least two are provided with rear index dial 7 and preceding index dial 8 for placing the U-shaped of nook closing member 139 or needle guard 140
Or c-type bayonet socket 23；Import drives directive wheel 4 to be provided with U-shaped or c-type bayonet socket 23；Afterwards the U-shaped or c-type bayonet socket 23 of index dial 7 with it is preceding
The corresponding U-shaped or correspondence of c-type bayonet socket 23 of index dial 8；It is provided with indexing support 27 and drives directive wheel 4 to be connected with import
Charging motor 158；
The backstop 13 for preventing nook closing member 139 or the axial float of needle guard 140 is provided with the lateral surface of rear index dial 7,
The positive stop 12 for preventing nook closing member 139 or the axial float of needle guard 140 is provided with the lateral surface of preceding index dial 8.
It is provided with radially in the central fixed shaft 10 of the second flushing divided wheel 2 and is ejected into the right corresponding U-shaped
Or the lateral wall shower nozzle 14 in c-type bayonet socket 23 on nook closing member 139 or the lateral wall of needle guard 140, in the second rear indexing for rinsing divided wheel 2
The rear end face shower nozzle 15 for cleaning corresponding nook closing member 139 or the end face of needle guard 140 is provided with the lateral surface of disk 7, in the second punching
The preceding index dial 8 for washing divided wheel 2 is provided with front end face shower nozzle 16 for cleaning corresponding nook closing member 139 or the other end of needle guard 140；
Used as malformation, lateral wall shower nozzle 14 can be separately positioned on indexing support 27 with front end face shower nozzle 16, every so as to avoid
Individual U-shaped or c-type bayonet socket 23 is respectively provided with shower nozzle, it is to avoid sprinkler rotation, realizes structure optimization.
Active motor 19 is provided with indexing support 27, driving gear shaft is provided with the output shaft of active motor 19
18, the first gear axle engaged with driving gear shaft 18 is provided with the lateral surface of the rear index dial 7 of the first washing divided wheel 1
17, second flushing divided wheel 2 rear index dial 7 lateral surface on be provided with second gear axle 20, first gear axle 17 with
The first commutating tooth wheel shaft 28 is engaged between second gear axle 20, on the lateral surface of the rear index dial 7 of the 3rd cleaning divided wheel 3
The 3rd gear shaft 22 is provided with, the second commutating tooth wheel shaft 21 is engaged between the 3rd gear shaft 22 and second gear axle 20.
The central fixed shaft 10 and the 3rd of divided wheel 2 is rinsed in the central fixed shaft 10, second of the first washing divided wheel 1
Pusher cylinder 11 is provided with the central fixed shaft 10 of cleaning divided wheel 3, pusher cylinder 11 is in corresponding central fixed shaft
10 outer shaft side walls radially and to upper right side are set.
Set between the endoporus of rear index dial 7 and central fixed shaft 10 and between preceding index dial 8 and central fixed shaft 10
It is equipped with bearing.
U-shaped or c-type bayonet socket 23 is bell shape.
U-shaped or c-type bayonet socket 23 the width of rebate of nook closing member 139 is placed less than the U-shaped or c-type bayonet socket 23 for placing needle guard 140
Width of rebate；The U-shaped or c-type bayonet socket 23 of nook closing member 139 is placed on coaxial rear index dial 7 with preceding index dial 8 and pin is placed
Set 140 U-shaped or c-type bayonet socket 23 correspondence is staggered, it is preferably every kind of two, four altogether, it is adjacent between angle be 92 °.
Feed arrangement 101 include elevator platform 106, be vertically arranged on elevator platform 106 lifting electric push rod 107,
It is arranged on elevator platform 106 and is connected import motor 161 and lifting electric push rod with the lead screw transmission of lifting electric push rod 107
The lifting link 108 of 107 screw connection, at least two-layer are arranged on to lift link 108 and deposit nook closing member 139 and needle guard
140 oriented bar 109；
Every layer of oriented bar 109 is right low left high and the polished rod be arrangeding in parallel, right-hand member and the indexing of oriented bar 109
The import of transmission device 103 drives the correspondence of directive wheel 4.
Drawing mechanism 105 is identical with the structure of feed arrangement 101, and drawing mechanism 105 includes elevator platform 106, is vertically arranged
Lifting electric push rod 107 on elevator platform 106, be arranged on elevator platform 106 and with the lead screw transmission of lifting electric push rod 107
The lifting link 108 of the screw connection of the Motor Export 160 and lifting electric push rod 107 of connection, at least two-layer are arranged on liter
Drop link 108 and storage has the oriented bar 109 of nook closing member 139 and needle guard 140；
Every layer of oriented bar 109 is right low left high and the polished rod be arrangeding in parallel；The left end of oriented bar 109 and indexing
The correspondence of outlet swash plate 5 of transmission device 103；
Being provided with the one side of oriented bar 109 prevents nook closing member or needle guard 140 from rolling inclined side guide post 176, in institute
State to be provided between the one side of oriented bar 109 and side guide post 176 and be adapted to the end outer lug annular width of needle guard 140
Guiding clearance；Certainly can also be set in feed arrangement 101.
Hopper 110 is additionally provided with drawing mechanism 105；
Hopper 110 includes right support plate 111, left support plate 112, is arranged between right support plate 111 and left support plate 112
Connecting bottom board 113, the right connecting hole 114 being arranged in right support plate 111, the left connecting hole being arranged in left support plate 112
115 and it is arranged in left support plate 112 and for the mistake material mouth 116 by nook closing member 139 and/or needle guard 140；Cross material mouth 116
It is corresponding with the outlet right-hand member of swash plate 5；
Cross the number of plies, the number of plies of left connecting hole 115, the number of plies of right connecting hole 114 and the oriented bar 109 of material mouth 116
The number of plies it is identical；Connecting bottom board 113 is fixedly connected with lifting link 108；
In each layer：The left end of oriented bar 109 is inserted into corresponding left connecting hole 115, oriented bar 109
Right-hand member be inserted into corresponding right connecting hole 114, cross material mouth 116 and be located at the corresponding top of left connecting hole 115；
The lower end side of material mouth 116 is crossed at each to be provided with for corresponding recessed by the end outer lug annulus of needle guard 140
Gap 117；
The right end vertical of graduation transmission device 103 is provided with discharge baffle 172, discharge baffle 172 is provided with punishment in advance leads to
Road 173, is provided with for by the corresponding recessed gap 117 of the end outer lug annulus of needle guard 140 in material passing passage 173；Punishment in advance
Passage 173 is corresponding with material mouth 116 is crossed, and the temperature control for drying out material pin core 139 and/or needle guard 140 is provided with hopper 110
Infrared heater.
Indexing drive control device 104 includes the portal frame being erected on the indexing support 27 of graduation transmission device 103
119th, the transmission of indexing motor 159, first cingulum 120, the 3rd input shaft 121 that are arranged on portal frame 119, to be arranged on the 3rd defeated
Enter input gear on axle 121, the first center tooth band 122 and the second center tooth band 123；After the first washing divided wheel 1
First gear axle 17 is provided with the lateral surface of index dial 7, is set on the lateral surface of the rear index dial 7 of the second flushing divided wheel 2
Second gear axle 20 is equipped with, the 3rd gear shaft 22 is provided with the lateral surface of the rear index dial 7 of the 3rd cleaning divided wheel 3.
First transmission cingulum 120 is arranged on the output gear shaft of indexing motor 159 and the output gear of the 3rd input shaft 121
On axle, the 3rd input shaft 121 is connected by shaft coupling with the 3rd gear shaft 22, and the first center tooth band 122 is arranged on the 3rd
On gear shaft 22 and second gear axle 20, synchronous transmission gear is set with second gear axle 20, the second center tooth band 123 sets
Put on synchronous transmission gear and first gear axle 17；
First transmission cingulum 120, the first center tooth with 122 and second center tooth with 123 pitch, tooth form and the number of teeth
All same, output gear shaft, the 3rd gear shaft 22, second gear axle 20, synchronous transmission gear, the tooth form of first gear axle 17,
The number of teeth and number of teeth all same.
Washing tool 118 includes the first fixed mount 124 being arranged on the front side wall of service sink 100, movable is arranged on
The support frame 127 of translation adjustable shelf 126 and second on service sink 100；
First fixed mount 124, the translation support frame 127 of adjustable shelf 126 and second on service sink 100 from front to back successively
Set and be parallel to each other；
Telescopic electric push rod 125 is provided with the first fixed mount 124, screw and the translation of telescopic electric push rod 125 are lived
Moving frame 126 is fixedly connected, and the telescope motor 155 being connected with telescopic electric push rod 125 is provided with the first fixed mount 124.
Through hole is provided with translation adjustable shelf 126, rotation propelling sleeve 129 is provided with through hole, advanced in rotation
Bearing 131 is provided between the lateral wall and through hole madial wall of sleeve 129, both sides are respectively arranged with blocking arm before and after through hole
130, blocking arm 130 be arranged on rotation propelling sleeve 129 lateral wall on, blocking arm 130 with rotate propelling sleeve 129 be fixedly connected or
It is bolted, axial elongated slot 132 is provided with rotation propelling sleeve 129, L-type rotation is set on the first fixed mount 124
Turn actuating arm 128, rotation propelling sleeve 129 is sleeved on L-type rotation driving arm 128, and the end of L-type rotation driving arm 128 is horizontal
Arm is arranged in axial elongated slot 132, and the end of rotation propelling sleeve 129 is provided with the hairbrush for the inwall of hydro-peening needle guard 140
First 133, the electric rotating machine 157 being connected with the trailing arm of L-type rotation driving arm 128 is provided with the first fixed mount 124.
It is arranged with two guide posts 134, two guide posts in parallel between the first fixed mount 124 and the second support frame 127
134 are set through translation adjustable shelf 126, translation adjustable shelf 126 slide anteroposterior on two guide posts 134；
Inserting is provided with L-type axial direction motion bar on first fixed mount 124, the translation support frame 127 of adjustable shelf 126 and second
135, the L-type axial direction fore-and-aft direction of motion bar 135 is movably arranged on translation adjustable shelf 126, the middle part of motion bar 135 in L-type axial direction
Two margin stops 137 are provided with, two margin stops 137 are located at the both sides of translation adjustable shelf 126, L-type axial direction motion bar 135
Front end cross bar be located at the first fixed mount 124 front side, the front side of the first fixed mount 124 is provided with two limit switches
136；The end of cross bar is arranged between two limit switches 136；Limit switch 136 is used to control the positive and negative of telescope motor 155
Rotate；
Be provided with the interior shower nozzle 138 for the inwall of hydro-peening needle guard 140 in the water pond 25, the connecting rod of interior shower nozzle 138 with
Translation adjustable shelf 126 is connected.
Also include electric control system；
Electric control system is including processor 141, for detecting and exporting photoelectric sensor 142, import photoelectric sensor
143rd, for recognizing and record charging sum pipe shaft photoelectric sensor 144, tube head photoelectric sensor 145, for recognizing nook closing member
139/ or needle guard 140 first washing divided wheel 1 on corresponding U-shaped or the position of c-type bayonet socket 23 Hall sensor 146, be used for
Control import drive directive wheel 4 U-shaped or the turned position of c-type bayonet socket 23 feeding photoelectric sensor 174, for controlling Hall to pass
The groove photoelectric sensor 175 of the turned position of sensor 146, auxiliary reclay 148, electric machine controller 153 and alarm module
154；The output end of processor 141 respectively with auxiliary reclay 148, Temperature controlled heater 152, supersonic generator 29, motor control
Device processed 153 and alarm module 154 are electrically connected；Processor 141 receive temperature sensor 31 feedback maximum temperature or/and
The electric signal of minimum temperature；
Outlet photoelectric sensor 142 is arranged on the elevator platform 106 of drawing mechanism 105, and outlet photoelectric sensor 142 is used
In detection whether nook closing member 139 and/or pin are filled with the oriented bar 109 of the outlet respective layer of swash plate 5 of graduation transmission device 103
Set 140 simultaneously records discharging sum, and the position of oriented bar 109 for detecting the superiors is additionally provided with elevator platform 106
Outlet buy securities with all one's capital photoelectric sensor；Processor 141 receives the signal of outlet photoelectric sensor 142 and passes through electric machine controller 153
Drive Motor Export 160；The reception of processor 141 exports the signal of photoelectric sensor of buying securities with all one's capital and controls the temperature control in hopper 110 red
Outer heating device；
On the elevator platform 106 of feed arrangement 101, import photoelectric sensor 143 is used to examine import photoelectric sensor 143
Survey with the import of graduation transmission device 103 drive the oriented bar 109 of the respective layer of directive wheel 4 whether unsnatch nook closing member 139 and/or
Needle guard 140；The import for detecting the undermost position of oriented bar 109 is additionally provided with elevator platform 106 and unsnatches light
Electric transducer；Processor 141 receives the signal of feeding photoelectric sensor 174 and drives import motor by electric machine controller 153
161；Import is unsnatched photoelectric sensor and is electrically connected with processor 141；
Detection identification frame 102 drives the top of directive wheel 4, pipe shaft photoelectric sensor 144 and tube head photoelectric sensor in import
145 are arranged on detection identification frame 102, and pipe shaft photoelectric sensor 144 is located at import and drives directly over the middle part of directive wheel 4, pipe
Head photoelectric sensor 145 is located at the end top that import drives directive wheel 4.
Hall sensor 146 is arranged on portal frame 119 and for detecting U-shaped or c-type bayonet socket 23 position, clear the 3rd
Wash and be provided with divided wheel 3 and the corresponding magnet of Hall sensor 146；
Processor 141 receives groove photoelectric sensor 175 and drives indexing motor 159, treatment by electric machine controller 153
The signal and pipe shaft photoelectric sensor 144 of the contrast Hall sensor 146 of device 141 are with the signal of tube head photoelectric sensor 145 simultaneously
Indexing motor 159, charging motor 158, telescope motor 155 and electric rotating machine are chronologically controlled by electric machine controller 153
157；Electric machine controller 153 is electrically connected with wave-making motor 156；
On the elevator platform 106 of feed arrangement 101, import photoelectric sensor 143 is used to examine import photoelectric sensor 143
Survey with the import of graduation transmission device 103 drive the oriented bar 109 of the respective layer of directive wheel 4 whether unsnatch nook closing member 139 and/or
Needle guard 140；The import for detecting the undermost position of oriented bar 109 is additionally provided with elevator platform 106 and unsnatches light
Electric transducer；Processor 141 receives the signal of import photoelectric sensor 143 and drives import motor by electric machine controller 153
161；Import is unsnatched photoelectric sensor and is electrically connected with processor 141, and then temperature control infrared heater starts, to syringe (i.e. pin
Core 139 and/or needle guard 140) carry out drying operation.
Detection identification frame 102 drives the top of directive wheel 4, pipe shaft photoelectric sensor 144 and tube head photoelectric sensor in import
145 are arranged on detection identification frame 102, and pipe shaft photoelectric sensor 144 is located at import and drives directly over the middle part of directive wheel 4, pipe
Head photoelectric sensor 145 is located at the end top that import drives directive wheel 4, processor 141 receive pipe shaft photoelectric sensor 144 with
The signal of tube head photoelectric sensor 145 and by electric machine controller 153 chronologically control indexing motor 159, charging motor 158,
Telescope motor 155 and electric rotating machine 157；Electric machine controller 153 is electrically connected with wave-making motor 156；
Hall sensor 146 is arranged on portal frame 119 and for detecting U-shaped or c-type bayonet socket 23 position, clear the 3rd
Wash and be provided with divided wheel 3 and the corresponding magnet of Hall sensor 146；
The liquid level sensor 147 of detection liquid water level is respectively arranged with washing liquid pool 24 and distillation pond 26；
Inlet pipeline and outlet pipeline are provided with washing liquid pool 24 and distillation pond 26, are set on inlet pipeline
Water intaking valve 149 is equipped with, discharging valve 150 is provided with outlet pipeline, be provided with water pond 25 to nook closing member 139 or needle guard
140 water pipes being rinsed, are provided with water injection valve 151 on water pipe.
Processor 141 by auxiliary reclay 148 respectively with the control of water intaking valve 149, discharging valve 150 and water injection valve 151
Coil electrical connection processed.
Also include water circuit system；Water circuit system includes distillation water tank 162, the 3rd pipeline 163, the 3rd filter 164, punching
Water tank 165, water jet pump 166, the second pipeline 167, the second filter 168, washing water tank 169, washing water pump 170 and waste water
Pond 171；
Distillation water tank 162 is connected with the water inlet pipe for making unrestrained water pump 32, and the delivery port for making unrestrained water pump 32 is arranged on distilled water
In pond 26, the delivery port for distilling pond 26 is connected by the import after the 3rd pipeline 163, the 3rd filter 164 with flush box 165
It is logical, the outlet of flush box 165 by after water jet pump 166, water injection valve 151 respectively with lateral wall shower nozzle 14, rear end face shower nozzle 15,
Front end face shower nozzle 16 and/or interior shower nozzle 138 are connected, lateral wall shower nozzle 14, rear end face shower nozzle 15, front end face shower nozzle 16 and/or interior
Water after the hydro-peening nook closing member 139 of shower nozzle 138 or needle guard 140 is fallen into water pond 25, and the delivery port 30 in water pond 25 is by the second pipe
With the inlet communication of washing water tank 169 after road 167, the second filter 168, the outlet for washing water tank 169 passes through washing water pump 170
With washing liquid pool 24 inlet communication, wash liquid pool 24 outlet connected with wastewater disposal basin 171 by pipeline；
It is respectively provided between distilling water tank 162 and making unrestrained water pump 32, between washing water pump 170 and washing liquid pool 24
There is water intaking valve 149, be respectively provided between distilling the pipeline 163 of pond 26 and the 3rd, between washing liquid pool 24 and wastewater disposal basin 171
There is discharging valve 150.
Bearing can reduce frictional force；Realize that the first washing divided wheel 1, second is rinsed by gear drive or Toothed Belts Gearing
The cleaning divided wheel 3 of divided wheel the 2, the 3rd counterclockwise or is rotated clockwise simultaneously, and wherein gear-driven accuracy is high, but structure is multiple
Miscellaneous, part is more, and centre-to-centre spacing is non-adjustable, and expansion is poor, and by Toothed Belts Gearing, simple structure, centre-to-centre spacing can adjust, and expansion is strong,
But, easily there is asynchronous or slippage phenomenon in transmission accuracy relative mistake；When the correspondence of the first washing divided wheel 1 is U-shaped or c-type card
Mouth 23 goes to left side, and the setting by processor 141 to each motor work schedule is arranged.U-shaped or c-type bayonet socket 23 sets up separately
Put.
During using the utility model, nook closing member 139, needle guard 140 are successively placed into the oriented bar of feed arrangement 101
On 109, power-on connects corresponding water intaking valve 149, is washed to service sink 100 by washing water tank 169, washing water pump 170
The injection cleaning solution of liquid pool 24 is washed, distilled water is injected to distillation pond 26 by distilling water tank 162, by liquid level sensor 147
Controlling water level, when peak level is reached, controls alarm module 154 to alarm, by auxiliary reclay by processor 141
148 control water intaking valves 149 are closed, and are heated by Temperature controlled heater 152, after higher than setting maximum temperature, temperature sensor 31
Processor 141 is fed back signal to, alarm module 154 is alarmed.109, oriented bar is detected by import photoelectric sensor 143
Put.
Processor 141 controls import motor 161 to drive lifting electric push rod 107 to rotate by electric machine controller 153, realizes
Lifting link 108 is lifted, and reaches specified location；Groove photoelectric sensor 175 can be arranged on indexing motor 159 or actively electricity
On the main shaft of machine 19 or on other gear shafts.
The sensing import of feeding photoelectric sensor 174 drives U-shaped or c-type bayonet socket 23 the position of directive wheel 4, processor 141
Control charging motor 158 rotates, and nook closing member 139 or needle guard 140 roll down to import and drive in the U-shaped or c-type bayonet socket 23 of directive wheel 4 simultaneously
Strip continues to rotate, by principle of reflection, pipe shaft photoelectric sensor 144, tube head photoelectric sensor on detection identification frame 102
145 pairs its carry out judgement identification, the wherein total quantity of the record nook closing member 139 of pipe shaft photoelectric sensor 144 and the charging of needle guard 140；Pin
The length for being shorter in length than needle guard 140 of core 139；When pipe shaft photoelectric sensor 144, tube head photoelectric sensor 145 are detected simultaneously by
After signal (assuming that signal be 11), i.e., it is nook closing member 139 that import is driven on the U-shaped or c-type bayonet socket 23 of directive wheel 4, when only managing
(assuming that signal is 10), i.e. import are driven on the U-shaped or c-type bayonet socket 23 of directive wheel 4 after body photoelectric sensor 144 detects signal
Be needle guard 140；Meanwhile, groove photoelectric sensor 175 sensing indexing motor 159 or the anglec of rotation of active motor 19, by groove
Photoelectric sensor 175 connects signal and is set to 1, the U-shaped or c-type bayonet socket 23 of the corresponding clamping nook closing member 139 of Hall sensor 146, and by pin
U-shaped or c-type bayonet socket 23 the signal of core 139 is set to 1, and U-shaped or c-type bayonet socket 23 the signal of clamping needle guard 140 is set into 0；It is logical
Processor 141 is crossed to be compared, according to presetting stepped parameter and rotating speed, charging motor 158 drive clamping nook closing member 139 or
The import of needle guard 140 drives the U-shaped or c-type bayonet socket 23 of directive wheel 4 to right rotation so that nook closing member 139 or needle guard 140 roll down to the
One washing divided wheel 1 correspondence is U-shaped or c-type bayonet socket 23 in, realized along slope inclination gravity or pusher cylinder 11 by horn mouth
Improve rolling speed so that nook closing member 139 or needle guard 140 preferably drive the washing divided wheel 1, second of directive wheel 4, first in import
Rinse transmission between the cleaning divided wheel 3 of divided wheel 2 and the 3rd；
Processor 141 controls telescope motor 155 to rotate by electric machine controller 153, and telescopic electric push rod 125 drives translation
Adjustable shelf 126 is slided on guide post 134, and translation adjustable shelf 126 is rotated propelling sleeve 129 and slides, while electric rotating machine
157 drive axial elongated slot 132, rotation propelling sleeve 129 and brush head 1 by the transverse arm of the end of L-type rotation driving arm 128
The scrub to the inwall of needle guard 140 is realized in 33 rotations, improves clean result, and clean result is caused more by supersonic generator 29
It is good.Translation adjustable shelf 126 is not contacted with the bar portion of L-type axial direction motion bar 135, when the bottom of needle guard 140 that its brush head 133 advances
Afterwards, translation adjustable shelf 126 is contacted with margin stop 137, margin stop 137 drive the cross bar of the axial motion bar 135 of L-type with it is corresponding
Limit switch 136 contact realize commutation.Blocking arm 130 prevents bearing 131 from departing from, and realizes being synchronized with the movement.
Then, it falls into the second flushing divided wheel 2 along the rising of arc lower baffle plate 6, by the impetus of pusher cylinder 11
Or bell-mouthed gradient can be such that it preferably falls into the U-shaped or c-type bayonet socket 23 of the second flushing divided wheel 2, it is in the second punching
It is inside and outside front and rear all to it by lateral wall shower nozzle 14, rear end face shower nozzle 15, front end face shower nozzle 16 when washing the rotation of divided wheel 2
The cleaning solution of position is rinsed；Its madial wall of continuous spraying-rinsing during needle guard 140 is stretched into of interior shower nozzle 138；Punching
Water tank 165, water jet pump 166, water injection valve 151 are formed and rinse water route, by lateral wall shower nozzle 14, rear end face shower nozzle 15, front end
The cleaning solution that face shower nozzle 16,138 pairs, interior shower nozzle are attached on nook closing member 139 or needle guard 140 carries out comprehensive flushing, clean thorough
Bottom, if it is nook closing member 139 to determine certainly, can be stopped by shower nozzle 138 in corresponding solenoid valve control, meanwhile, put down
Adjustable shelf 126 is moved also to be stopped.
Because the structure of each divided wheel is identical, so as to ensure that needle tubing or nook closing member on U-shaped or c-type bayonet socket 23 synchronously rise
Or it is synchronous fall, i.e., the angle in each divided wheel is the same non-interference；
Again, it enters the 3rd cleaning divided wheel 3, and the control of wave-making motor 156 is made unrestrained water pump 32 and worked, with distilled water to note
Emitter carries out surfing type and cleans up, and under the effect of arc lower baffle plate 6, is tumbled into drawing mechanism along outlet swash plate 5；By setting
Hopper 110 is put, after a hopper 110 is filled, the hopper 110 of the second sky can be placed on its elevator platform 106, passed through
Recessed gap 117 causes that needle guard 140 is tumbled into fashionable unaffected；Taken conveniently by hopper 110, improve operating efficiency, when
Hopper 110 can also be set on right feed arrangement, so as to improve powder feeding efficiency.
Moisture is dried by temperature control infrared heater, dry cleansing is kept, when the discharging of the outlet record of photoelectric sensor 142
Quantity is consistent with the data that pipe shaft photoelectric sensor 144 is recorded, and illustrates that all cleaning is finished syringe.In order to ensure transmission
Stationarity, last syringe when being transmitted in indexing means, import drive directive wheel 4 continue unloaded rotation, until
When the discharging quantity of the outlet record of photoelectric sensor 142 is consistent with the data that pipe shaft photoelectric sensor 144 is recorded.
When its drawing mechanism fills syringe, hopper continues to fall bottom, and now material passing passage 173 is most gone up with hopper
The mistake material mouth 116 of layer staggers, i.e., material passing passage 173 was located at the oblique upper of material mouth 116, and now discharge baffle 172 is by all of mistake
Material mouth 116 is blocked, and is heated by temperature control infrared heater, reduces the loss of heat.
When all syringes of feed arrangement all without when, temperature control infrared heater heating-up temperature it is too high or reach specify when
Between when, when coolant-temperature gage is too high, when water level is too low or when too high water level, the control buzzing of alarm module 154 of processor 141 is carried
Liter staff carries out being again loaded into syringe or the syringe or manual-lock of cleaning of moving are switched accordingly, it is ensured that work
Safety, improves efficiency, reduces manpower and materials.
Installation volume is reduced by portal frame 119, reasonable utilization space, by drive connection bar 9, mitigates weight, connection
It is convenient, it is to avoid to the influence of lateral wall when inclination.
Arc lower baffle plate 6 prevents syringe from dropping, it is ensured that transmission of the syringe between each divided wheel, positive stop 12 with
Backstop 13 prevents play to syringe axially position.Water intaking valve 149, discharging valve 150 are realized automatic water filling and are discharged water, pass through
3rd filter 164, the second filter 168, wastewater disposal basin 171 realize the reasonable design to water route so that the design is more preferably saved
Water resource.
Coordinated by supersonic generator 29 and cleaning solution and remove dirt and remaining raffinate, will sprayed by delivery port 30
Water is flowed out, and real-time monitoring is realized by temperature sensor 31, and Intelligent heating heating is made unrestrained water pump 32 and improves washing away for distilled water
Power, cleaning performance is improved by heater.
The utility model is rational in infrastructure, easy to use, designs ingenious, and technique is advanced.
Finally it should be noted that：Above example is only used to illustrate the technical solution of the utility model, rather than its limitations；
Although being described in detail to the utility model with reference to the foregoing embodiments, it will be understood by those within the art that：
It can still be modified to the technical scheme described in previous embodiment, or which part technical characteristic is equal to
Replace；Multiple technical schemes of the present utility model are combined as those skilled in the art be obvious.And these
Modification is replaced, and does not make the spirit and model of essence disengaging the utility model embodiment technical scheme of appropriate technical solution
Enclose.
Claims (6)
1. it is a kind of clean electric power oiling experiment syringe discharging unit, it is characterised in that：After having been cleaned for storage
Nook closing member (139) and needle guard (140) drawing mechanism (105)；Graduation transmission device (103) right end vertical is provided with discharging gear
Plate (172), material passing passage (173) is provided with discharge baffle (172), is provided with for by needle guard in material passing passage (173)
(140) the corresponding recessed gap (117) of end outer lug annulus；
Drawing mechanism (105) includes elevator platform (106), the lifting electric push rod being vertically arranged on elevator platform (106)
(107), be arranged on elevator platform (106) and the Motor Export (160) that is connected with lifting electric push rod (107) lead screw transmission and
Lifting electric push rod (107) screw connection lifting link (108), at least two-layer be arranged on lifting link (108) and
Storage has the oriented bar (109) of nook closing member (139) and needle guard (140)；
Every layer of oriented bar (109) is right low left high and the polished rod that be arranged in parallel；The left end of oriented bar (109) and indexing
Outlet swash plate (5) correspondence of transmission device (103).
2. it is according to claim 1 cleaning electric power oiling experiment syringe discharging unit, it is characterised in that:Inclining
The one side of guide post (109) is provided with prevents needle guard (140) or nook closing member (139) from rolling inclined side guide post (176).
3. it is according to claim 2 cleaning electric power oiling experiment syringe discharging unit, it is characterised in that:
It is provided between the one side and side guide post (176) of the oriented bar (109) and needle guard (140) end evagination
Play the guiding clearance of annular width adaptation.
4. it is according to claim 3 cleaning electric power oiling experiment syringe discharging unit, it is characterised in that:In discharging
Hopper (110) is additionally provided with device (105).
5. it is according to claim 4 cleaning electric power oiling experiment syringe discharging unit, it is characterised in that:Hopper
(110) including right support plate (111), left support plate (112), be arranged between right support plate (111) and left support plate (112)
Connecting bottom board (113), the right connecting hole (114) being arranged in right support plate (111), the left side being arranged in left support plate (112)
Connecting hole (115) and it is arranged in left support plate (112) and for the mistake material mouth by nook closing member (139) and/or needle guard (140)
(116)；Cross material mouth (116) corresponding with outlet swash plate (5) right-hand member；
Cross the number of plies, the number of plies of left connecting hole (115), the number of plies of right connecting hole (114) and the oriented bar of material mouth (116)
(109) the number of plies is identical；Connecting bottom board (113) is fixedly connected with lifting link (108)；
In each layer：The left end of oriented bar (109) is inserted into corresponding left connecting hole (115), oriented bar
(109) right-hand member is inserted into corresponding right connecting hole (114), and material mouth (116) is on corresponding left connecting hole (115) excessively
Side；
Material mouth (116) lower end side is crossed at each to be provided with for corresponding recessed by needle guard (140) end outer lug annulus
Gap (117)；Material passing passage (173) is corresponding with material mouth (116) is crossed.
6. it is according to claim 5 cleaning electric power oiling experiment syringe discharging unit, it is characterised in that:In hopper
(110) the temperature control infrared heater for drying out material pin core (139) and/or needle guard (140) is provided with.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621058139.2U CN206240838U (en) | 2016-09-14 | 2016-09-14 | Clean the discharging unit of electric power oiling experiment syringe |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621058139.2U CN206240838U (en) | 2016-09-14 | 2016-09-14 | Clean the discharging unit of electric power oiling experiment syringe |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206240838U true CN206240838U (en) | 2017-06-13 |
Family
ID=58995806
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621058139.2U Withdrawn - After Issue CN206240838U (en) | 2016-09-14 | 2016-09-14 | Clean the discharging unit of electric power oiling experiment syringe |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206240838U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106345734A (en) * | 2016-09-14 | 2017-01-25 | 国家电网公司 | Discharge unit for cleaning of syringes for electric oleochemical experiments |
-
2016
- 2016-09-14 CN CN201621058139.2U patent/CN206240838U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106345734A (en) * | 2016-09-14 | 2017-01-25 | 国家电网公司 | Discharge unit for cleaning of syringes for electric oleochemical experiments |
| CN106345734B (en) * | 2016-09-14 | 2018-08-14 | 国家电网公司 | Clean the discharging unit of electric power oiling experiment syringe |
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Granted publication date: 20170613 Effective date of abandoning: 20180814 |
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| AV01 | Patent right actively abandoned |