CN203624511U - Batch issuing device of electronic seals - Google Patents
Batch issuing device of electronic seals Download PDFInfo
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- CN203624511U CN203624511U CN201320694171.XU CN201320694171U CN203624511U CN 203624511 U CN203624511 U CN 203624511U CN 201320694171 U CN201320694171 U CN 201320694171U CN 203624511 U CN203624511 U CN 203624511U
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Images
Abstract
The utility model provides a batch issuing device of electronic seals. The batch issuing device comprises an automatic sequencing device, a discharging device, an issuing device, a sorting device, a positioning and controlling device and a rack. The electronic seals are vibrated into electronic seal advancing channels by a vibrating plate; and in the forward movement process in the electronic seal advancing channels, the electronic seals which are inconsistent with the sequencing direction in the advancing channels are blown out of the electronic seal advancing channels by a blowing device, fall into a hopper and restart, and the electronic seals which are consistent with the sequencing direction enter the discharging device and finish automatic sequencing. After the regularly sequenced electronic seals enter an inclined T-shaped grooved straight guide track and freely fall to the issuing area due to gravity, a radio frequency communication part of an issuing circuit board finishes input of issuing data of the electronic seals, succeeded, failed and unissued electronic seals are embedded into sliders, and the sliders move to corresponding material boxes under the drive of a belt, so that sorting and loading work after issuing of the electronic seals is finished.
Description
Technical field
The utility model relates to a kind of distribution device, is specifically related to a kind of bulk issue device of electronics seal.
Background technology
Along with the widespread use of electric energy meter technology substitution and electric energy meter, the seal technology of electric energy meter has also experienced lead sealing, the anti-reverse plastic seal of threading type to technological changes such as buckle-type electronics seals, and buckle-type electronics seal because it is easy for installation, environmental protection and built-in radio frequency chip (able to programme, safe) can realize communicate by letter with radio frequency read-write facility can encryption anti-counterfeiting etc. advantage become mainstream technology.Traditional electronics seal, the program in its radio frequency chip is not passed through any safety prevention measure, and its information can arbitrarily copy, and does not possess any anti-counterfeiting function.
Due to distinctive appearance and point bulk packaging of buckle-type electronics seal, cannot adopt the unitizing of material pipe, need to first carry out ordered arrangement, application number is 201210345639.4 utility model patent, a kind of step nut vibrating disk is disclosed, comprise hopper, chassis and discharger, hopper inwall is provided with the front access of spiralling nut, hopper outer wall is provided with the front access of nut that spiral declines, before nut, access end separates with hopper, form one nut and hang seam, nut is hung seam end and is provided with discharger; It is high between the diameter of topping bar and getting out of a predicament or an embarrassing situation of step nut that nut is hung meeting of seam; Discharger width is the height of step nut; Before nut, access middle part is provided with fracture, and the vertical direction of fracture is provided with the arc countercheck rod towards hopper center curvature.This vibrating disk and the key position of utilizing installs the sequence that pin is only applicable to constant weight and diameter and highly differs larger screw rod base part additional.
Electronics seal is because of very light in weight, upright seal fallen and can cause the follow-up multiple seals immediately following this seal arch upward or be extruded together track with lever; And seal chip cap diameter and seal height approach, seal lies low and the height that stands upright in front access differs very little, stops with the height that lever the blocks upright seal seal that also easily will lie low, and the effect of upright product is rejected in out of reach sorting; It is a kind of for PIN pin automatic feeder that the utility model patent that application number is 201120170117.6 provides, and comprises that inner-spiral orbit oscillation disc, choosing are to track, conveying passage, mobile material loading parts and feed delivery duct.Utilize vibrating disk that scattered PIN pin is shaken to choosing one by one in track, the raised step of PIN pin is suspended on choosing in track, according to center of gravity free fall, thereby realize, PIN pin is selected to object, choosing PIN pin is backward moved to material bolt and be moved into the position that gas hole is corresponding, upwards being blown afloat by air-flow, enter in feed delivery duct, is assembling PIN pin equipment feed.In this utility model, can not adopt center of gravity free fall to realize the auto-sequencing of aciculiform product.
The diameter of electronics seal and seal height approach, and upper by the cylindrical chip cap of embedded radio frequency chip and the step seal forming with the cylindrical buckle of barb, cannot use above-mentioned patented technology to complete auto-sequencing.In addition, in the time that chip is carried out to sorting, traditional artificial separation efficiency is too low, and utilize manipulator to capture or sucker to draw efficiency low and cost is high, and seal is light and little, precisely captures and is also difficult for realizing.
Utility model content
In order to overcome above-mentioned the deficiencies in the prior art, the utility model provides a kind of bulk issue device of electronics seal, in conjunction with profile and the lighter feature of weight of buckle-type electronics seal, by vibrating disk, electronics seal is vibrated into electronics seal and advanced, in the process moving forward in electronics seal advances, the electronics seal that utilizes the other blowning installation of track that orientation in front access is not inconsistent blows out electronics seal and advances, falling into hopper restarts, direction conform to sequence correct electronics seal enter drawing mechanism, be successfully completed the auto-sequencing of electronics seal, when raising the efficiency like this, the problems such as the product loss that minimizing human intervention brings.The electronics seal of rule compositor enters after the T connected in star straight guide of inclination, because free gravity falls to distribution district, radio communication part by distribution circuit card completes the injection that electronic seal is printed to release data, success, failure and unissued electronics seal are embedded in slide block, slide block moves to corresponding magazine under the drive of belt, completes electronic seal and prints and distributes sorting and the charging work after row.
To achieve these goals, the utility model is taked following scheme:
The utility model provides a kind of bulk issue device of electronics seal, and described electronics seal is buckle-type electronics seal, comprises cylindrical chip cap and the cylindrical buckle with barb, and described chip cap is positioned at described buckle top, and coaxial with buckle; Described device comprises automatic sequencing device, drawing mechanism, distribution device, sorting unit, location and control setup and frame; Described automatic sequencing device, drawing mechanism, distribution device, sorting unit, location and control setup are installed in described frame, the stepping district guide rail of described drawing mechanism head end connects described automatic sequencing device, the distribution district guide rail of its end connects described sorting unit, described distribution device is for writing electronics seal by release data, and described location and control setup position and control electronics seal.
Described automatic sequencing device involving vibrations dish and blowning installation; Described vibrating disk comprises that hopper and electronics seal advance, described electronics seal advance comprise screw go forward access and spiral decline before access, described screw go forward access and spiral decline before access be separately positioned on top and the bottom of described hopper; Blowning installation is arranged on electronics seal advances, and before described spiral declines, the end of access connects described stepping district guide rail.
Described screw go forward the end of access and spiral decline before access top separately, form downward step and hang seam; The described screw access of going forward is the U-shaped groove helical guideway that width is identical with described chip cap diameter; Before described spiral declines, access is T connected in star helical guideway.
Described blowning installation comprises the first air blowing tubule, the second air blowing tubule and the 3rd air blowing tubule; Described the first air blowing tubule is arranged on the go forward first half of access of described screw, and its direction is consistent with electronics seal working direction; Described the second air blowing tubule and the 3rd air blowing tubule are separately positioned on the both sides of described T connected in star helical guideway, and both blow out air-flow towards electronics seal, and direction is vertical with electronics seal working direction;
The air blowing of the second air blowing tubule and the 3rd air blowing tubule is highly all between described chip cap height and buckle degree of dip height, and described chip cap height is 2～3mm.
Described drawing mechanism is the T connected in star straight guide under being tilted to, and it comprises stepping district guide rail and distribution district guide rail; Described T connected in star straight guide is parallel with the framework panel of its underpart, before described stepping district guide rail connects under screw, one end of access sets gradually flexible pipe, upper lever and the 4th air blowing tubule from top to bottom, and described the 4th air blowing tubule blows to accelerate electronics seal slip velocity downwards; The framework panel of guide rail bottom, described distribution district is provided with ceramic panel.
Described distribution device comprises distribution circuit card, computing machine and order wire; Described distribution circuit card is fixed on described framework panel by circuit board support, described distribution circuit card is parallel with T connected in star straight guide, described computing machine writes distribution circuit card by connection by release data, and distribution circuit card is converted to radiofrequency signal by release data and writes electronics seal.
Described sorting unit comprises belt, slide block and magazine that can sway; Success, failure and unissued Single Electron seal are embedded in slide block, whether described slide block writes success or unissued result according to radiofrequency signal under the drive of belt, electronics seal is moved to corresponding magazine top, and slide block is opened, and electronics seal falls into corresponding magazine.
Described location and control setup comprise multiple opto-electronic pickups, flexible pipe, upper lever, lower lever and the controller with liquid crystal touch screen; Described opto-electronic pickup is distributed in lever and both sides, lower lever position on described T connected in star straight guide; Described upper lever is all vertical with described T connected in star straight guide with lower lever, described lower lever is arranged in the middle of described distribution district guide rail, described controller control flexible pipe, upper lever and the action of lower lever, the upper electronics seal that described upper pin blocks electronics seal is withstood by flexible pipe, the single electronic seal of letting pass when described upper pin is retracted prints, the electronics seal being withstood by flexible pipe released simultaneously, the supreme pin of landing place; The seal landing of meanwhile, being let pass by upper pin is to lower stop lever; Described controller is also controlled the rotation of described belt and the left and right moving control device of slide block simultaneously.
Described location and control setup also comprise indicator lamp, and in described indicator lamp, the light on and off of different colours lamp represent the operating mode that described device is different.
Compared with prior art, the beneficial effects of the utility model are:
1. for the electronics seal of the unconventional profile of scattered packing, use vibrating disk that the electronics seal of dispersion is vibrated into electronics seal and advanced, utilize blowning installation that the screw upper upright electronics seal that gets on the right track is blown out to electronics seal and advances, restart, complete the rejecting that does not enter T connected in star seal, realize the ordered arrangement before seal distribution, product loss, the manual problems such as efficiency is low that sort that can effectively avoid artificial loading to bring;
2. use air blowing tubule that incongruent sequence electronics seal is blown out, falling into hopper restarts, the work of having avoided manual intervention to reclaim the unsuccessful seal of sequence, has completed the automatic recovery of electronics seal and the periodical duty of sequencing feeding, has improved integrated level and the degree of automation of device;
3. the current rate that blowning installation blows out can be adjusted flexibly according to electronics seal weight, realizes with the blowing function that adapts to Different Weight electronics seal;
4. the T connected in star straight guide under being tilted to, can complete the automatic landing of electronics seal, be arranged on the downslide one by one that the upper and lower pin of leading on T connected in star straight guide can complete electronics seal, and the stop in distribution position at Single Electron seal, avoid multiple electronics seals position to approach the phase mutual interference of the rf communication signal causing;
5. belong to radio frequency chip for issued electronics seal, ceramic panel (being distribution district base plate) and distribution district guide rail all adopt high abrasion, stupalith that insulation effect is good, and the signal can effectively avoid chip data communication time disturbs;
6. the electronics seal that can control flexibly different release data by computing machine enters appointment magazine, automatically completes sorting and the collection of discharging.
Accompanying drawing explanation
Fig. 1 is the integral structure figure of the bulk issue device of electronics seal;
Fig. 2 is the self-orientation collator integral structure figure of electronics seal;
Fig. 3 is the side schematic view of buckle-type electronics seal;
Fig. 4 is that buckle-type electronics seal falls into the electronics seal schematic diagram that advances;
Fig. 5 is that buckle-type electronics seal tilts to stand in the electronics seal schematic diagram that advances;
Wherein, 1-hopper, the 2-screw access of going forward, access before 3-spiral declines, 4-step is hung seam, 5-the first air blowing tubule, 6-the second air blowing tubule, 7-the 3rd air blowing tubule, the stepping district guide rail of 8-drawing mechanism, 9-chip cap, 10-buckle, 11-computing machine, 12-indicator lamp, 13-controller, 14-circuit board support, 15-issues circuit card, 16-distribution district guide rail, 17-ceramic panel, 18-belt, 19-magazine, 20-framework panel.
The specific embodiment
Below in conjunction with accompanying drawing, the utility model is described in further detail.
In the process that buckle-type electronics seal is carried out to the injection of bulk issue data, the buckle-type profile of electronics seal is more special, its packing is disperseed, there is no the material tubular package of conventional chip (the regular profile such as dual-in-line or paster), before injecting release data to multiple electronics seals, need first by its ordered arrangement, in the utility model, utilize vibrating disk and blowning installation by seal by unified direction marshalling, enter into distribution district through fixed guide, issuing successful electronics seal through distribution device is sorted device and enters successfully magazine 19, unsuccessful or be unissuedly discharged into respectively unsuccessful magazine and do not issue magazine.In whole distribution process, need manual intervention except the electronics seal of dispersion being poured into hopper and successful distribution electronics seal being taken out to pack sealing, all the other all processes complete automatically by equipment.
Utilize the utility model vibrating disk technology and air blowing principle realize the sequence of buckle-type electronics seal self-orientation, utilize the capable groove straight guide of T of inclination and the method for seal free gravity whereabouts to enter into one by one distribution district guide rail 16, the release data injection of having communicated by letter with the radio frequency chip in Single Electron seal of radio-frequency coil with distribution in circuit card 15, utilize belt 18 to drive the slide block that electronics seal is housed to move to appointment magazine, issue successfully, failed and unissued electronics seal enters respectively different magazines, can automatically realize accurately and efficiently the sequence of electronics seal, the batch workings such as sorting and key injection.
As Fig. 1, the utility model provides a kind of bulk issue device of electronics seal, and described electronics seal is buckle-type electronics seal, comprises cylindrical chip cap 9 and the cylindrical buckle 10 with barb, and described chip cap is positioned at described buckle top, and coaxial with buckle; Described device comprises automatic sequencing device, drawing mechanism, distribution device, sorting unit, location and control setup and frame; Described automatic sequencing device, drawing mechanism, distribution device, sorting unit, location and control setup are installed in described frame, the stepping district guide rail of described drawing mechanism head end connects described automatic sequencing device, the distribution district guide rail 16 of its end connects described sorting unit, described distribution device is for writing electronics seal by release data, and described location and control setup position and control electronics seal.
Described automatic sequencing device involving vibrations dish and blowning installation; Described vibrating disk comprises that hopper 1 and electronics seal advance, described electronics seal advance comprise screw go forward access 2 and spiral decline before access 3, described screw go forward access 2 and spiral decline before access 3 be separately positioned on top and the bottom of described hopper 1; Described blowning installation is arranged on described electronics seal advances.
Described screw go forward the end of access 2 and spiral decline before access 3 tops separately, form downward step and hang seam 4.
Described screw is gone forward access 2 for the width U-shaped groove helical guideway identical with described chip cap diameter.
Before described spiral declines, access 3 is T connected in star helical guideway.
The material that described U-shaped groove helical guideway and T connected in star helical guideway are employing is 0Cr13Al, it is with the alloy preparation that carbon content is 0.075%, silicone content is 0.94%, manganese content is 0.97%, phosphorus content is 0.035%, sulfur content is 0.025%, chromium content is 14.0%, surplus is iron, and described percentum is percent by weight.
Described blowning installation comprises the first air blowing tubule 5, the second air blowing tubule 6 and the 3rd air blowing tubule 7; Described the first air blowing tubule 5 is arranged on the go forward first half of access 2 of described screw, and its direction is consistent with electronics seal working direction; Described the second air blowing tubule 6 and the 3rd air blowing tubule 7 are separately positioned on the both sides of described T connected in star helical guideway, and both blow out air-flow towards electronics seal, and direction is vertical with electronics seal working direction.
The air blowing of the second air blowing tubule 6 and the 3rd air blowing tubule 7 is highly all between described chip cap height (h1 in Fig. 3) and buckle degree of dip height (h2 in Fig. 5).Described chip cap height is 2～3mm.
The process of electronics seal auto-sequencing is as follows:
First, being dispersed in electronics seal in hopper is vibrated into the screw access 2 of going forward by vibrating disk, and spiral reach in sustained vibration, before entering spiral and declining before access, first air blowing tubule 5 that access 2 latter halfs are installed before spiral blows out the air-flow consistent with electronics seal working direction, when this air-flow is accelerated electronics seal speed of advance, upright part electronics seal can be blown and lies down, the direction that electronics seal is lied down has two kinds, one be buckle forward, another kind be chip cap forward.Screw go forward the end of access 2 and spiral decline before the junction, top of access 3 be that a downward step is hung seam 4, the electronic seal chine of lying down is crossed step and is hung seam at 4 o'clock, buckle 10 parts can directly be fallen into T connected in star helical guideway, only staying chip cap 9 parts to be suspended on spiral declines on front access 3, and the upright electronic seal chine that part is not blown down by the first gas blow pipe 5 is crossed step extension seam 4 o'clock, meeting buckle 10 is tilted to stand on the front access 3 of spiral decline and (highly exceeds guide rail more, Fig. 5), being arranged on T connected in star helical guideway both sides respectively has one to approach the air blowing tubule of vertical direction with front access, i.e. the second air blowing tubule 6 and the 3rd air blowing tubule 7 (come the 3rd air blowing tubule 7 below and be prevent previous leakage from blowing supplement), the second air blowing tubule 6 and the 3rd air blowing tubule 7 blow out the height of air-flow between chip cap 9 height (h1 in Fig. 4) and buckle 10 inclined height (h2 in Fig. 5), the electronics seal that this part buckle is inclined upwardly on T connected in star helical guideway can be blown out guide rail by the 3rd air blowing tubule 7, fall into hopper 1, restart, the electronics seal not being blown all can sequence under spiral declines front access 3 latter half guide rail screws and enter drawing mechanism according to the unification of T shape vertical direction, thereby complete electronics seal and obtain ordered arrangement, and Sequential output.Discharger 8 is the T connected in star straight guides under being tilted to, and electronics seal can be because sliding into follow-up work flow process under free gravity.
Described drawing mechanism is the T connected in star straight guide under being tilted to, and it comprises stepping district guide rail and distribution district guide rail 16; Described T connected in star straight guide is parallel with the framework panel 20 of its underpart, before described stepping district guide rail connects under screw, one end of access sets gradually flexible pipe, upper lever and the 4th air blowing tubule from top to bottom, and described the 4th air blowing tubule blows to accelerate electronics seal slip velocity downwards; The framework panel 20 of guide rail 16 bottoms, described distribution district is provided with ceramic panel 17.
The material that described stepping district guide rail adopts is Q235B, its with carbon content be 0.12～0.20%, silicone content is≤0.30%, manganese content is 0.30～0.70%, sulfur content is≤0.045%, phosphorus content is≤0.045%, all the other alloys preparations that are iron, described percentum is percent by weight;
Described distribution district guide rail 16 adopts stupalith to make.
Described distribution device comprises distribution circuit card 15, computing machine 11 and order wire; Described distribution circuit card 15 is fixed on described framework panel 20 by circuit board support 14, described distribution circuit card 15 is parallel with T connected in star straight guide, described computing machine 11 writes distribution circuit card 15 by connection by release data, and distribution circuit card 15 is converted to radiofrequency signal by release data and writes electronics seal.
Described sorting unit comprises belt 18, slide block and magazine 19 that can sway; Success, failure and unissued Single Electron seal are embedded in slide block, whether described slide block writes success or unissued result according to radiofrequency signal under the drive of belt 18, electronics seal is moved to corresponding magazine top, and slide block is opened, and electronics seal falls into corresponding magazine.
Described location and control setup comprise multiple opto-electronic pickups, flexible pipe, upper lever, lower lever and the controller with liquid crystal touch screen 13; Described opto-electronic pickup is distributed in lever and both sides, lower lever position on described T connected in star straight guide; Described upper lever is all vertical with described T connected in star straight guide with lower lever, described lower lever is arranged in the middle of described distribution district guide rail 16, described controller 13 is controlled flexible pipe, upper lever and the action of lower lever, the upper electronics seal that described upper pin blocks electronics seal is withstood by flexible pipe, the single electronic seal of letting pass when described upper pin is retracted prints, the electronics seal being withstood by flexible pipe released simultaneously, the supreme pin of landing place; The seal landing of meanwhile, being let pass by upper pin is to lower stop lever; Described controller 13 is also controlled the rotation of described belt 18 and the left and right moving control device 13 of slide block simultaneously.
Described location and control setup also comprise indicator lamp 12, and in described indicator lamp 12, the light on and off of different colours lamp represent the operating mode that described device is different.
Finally should be noted that: above embodiment is only in order to illustrate that the technical solution of the utility model is not intended to limit, although the utility model is had been described in detail with reference to above-described embodiment, those of ordinary skill in the field are to be understood that: still can modify or be equal to replacement the specific embodiment of the present utility model, and do not depart from any modification of the utility model spirit and scope or be equal to replacement, it all should be encompassed in the middle of claim scope of the present utility model.
Claims (9)
1. a bulk issue device for electronics seal, described electronics seal is buckle-type electronics seal, comprises cylindrical chip cap and the cylindrical buckle with barb, described chip cap is positioned at described buckle top, and coaxial with buckle; It is characterized in that: described device comprises automatic sequencing device, drawing mechanism, distribution device, sorting unit, location and control setup and frame; Described automatic sequencing device, drawing mechanism, distribution device, sorting unit, location and control setup are installed in described frame, the stepping district guide rail of described drawing mechanism head end connects described automatic sequencing device, the distribution district guide rail of its end connects described sorting unit, described distribution device is for writing electronics seal by release data, and described location and control setup position and control electronics seal.
2. the bulk issue device of electronics seal according to claim 1, is characterized in that: described automatic sequencing device involving vibrations dish and blowning installation; Described vibrating disk comprises that hopper and electronics seal advance, described electronics seal advance comprise screw go forward access and spiral decline before access, described screw go forward access and spiral decline before access be separately positioned on top and the bottom of described hopper; Blowning installation is arranged on electronics seal advances, and before described spiral declines, the end of access connects described stepping district guide rail.
3. the bulk issue device of electronics seal according to claim 2, is characterized in that: described screw go forward the end of access and spiral decline before access top separately, form downward step and hang seam; The described screw access of going forward is the U-shaped groove helical guideway that width is identical with described chip cap diameter; Before described spiral declines, access is T connected in star helical guideway.
4. the bulk issue device of electronics seal according to claim 3, is characterized in that: described blowning installation comprises the first air blowing tubule, the second air blowing tubule and the 3rd air blowing tubule; Described the first air blowing tubule is arranged on the go forward first half of access of described screw, and its direction is consistent with electronics seal working direction; Described the second air blowing tubule and the 3rd air blowing tubule are separately positioned on the both sides of described T connected in star helical guideway, and both blow out air-flow towards electronics seal, and direction is vertical with electronics seal working direction;
The air blowing of the second air blowing tubule and the 3rd air blowing tubule is highly all between described chip cap height and buckle degree of dip height, and described chip cap height is 2～3mm.
5. the bulk issue device of electronics seal according to claim 1, is characterized in that: described drawing mechanism is the T connected in star straight guide under being tilted to, and it comprises stepping district guide rail and distribution district guide rail; Described T connected in star straight guide is parallel with the framework panel of its underpart, before described stepping district guide rail connects under screw, one end of access sets gradually flexible pipe, upper pin and the 4th air blowing tubule from top to bottom, and described the 4th air blowing tubule blows to accelerate electronics seal slip velocity downwards; The framework panel of guide rail bottom, described distribution district is provided with ceramic panel.
6. the bulk issue device of electronics seal according to claim 5, is characterized in that: described distribution device comprises distribution circuit card, computing machine and order wire; Described distribution circuit card is fixed on described framework panel by circuit board support, described distribution circuit card is parallel with T connected in star straight guide, described computing machine writes distribution circuit card by connection by release data, and distribution circuit card is converted to radiofrequency signal by release data and writes electronics seal.
7. the bulk issue device of electronics seal according to claim 5, is characterized in that: described sorting unit comprises belt, slide block and magazine that can sway; Success, failure and unissued Single Electron seal are embedded in slide block, whether described slide block writes success or unissued result according to radiofrequency signal under the drive of belt, electronics seal is moved to corresponding magazine top, and slide block is opened, and electronics seal falls into corresponding magazine.
8. the bulk issue device of electronics seal according to claim 7, is characterized in that: described location and control setup comprise multiple opto-electronic pickups, flexible pipe, upper pin, lower stop lever and the controller with liquid crystal touch screen; Described opto-electronic pickup is distributed in pin and both sides, lower stop lever position on described T connected in star straight guide; Described upper pin is all vertical with described T connected in star straight guide with lower stop lever, described lower stop lever is arranged in the middle of described distribution district guide rail, described controller control flexible pipe, upper pin and lower stop lever action, the upper electronics seal that described upper pin blocks electronics seal is withstood by flexible pipe, the single electronic seal of letting pass when described upper pin is retracted prints, the electronics seal being withstood by flexible pipe released simultaneously, the supreme pin of landing place; The seal landing of meanwhile, being let pass by upper pin is to lower stop lever; Described controller is also controlled the rotation of described belt and the left and right moving control device of slide block simultaneously.
9. the bulk issue device of electronics seal according to claim 8, is characterized in that: described location and control setup also comprise indicator lamp, in described indicator lamp, the light on and off of different colours lamp represent the operating mode that described device is different.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320694171.XU CN203624511U (en) | 2013-11-05 | 2013-11-05 | Batch issuing device of electronic seals |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320694171.XU CN203624511U (en) | 2013-11-05 | 2013-11-05 | Batch issuing device of electronic seals |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203624511U true CN203624511U (en) | 2014-06-04 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201320694171.XU Expired - Lifetime CN203624511U (en) | 2013-11-05 | 2013-11-05 | Batch issuing device of electronic seals |
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| Country | Link |
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| CN (1) | CN203624511U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103569647A (en) * | 2013-11-05 | 2014-02-12 | 国家电网公司 | Batch issuing device for electronic seals |
| CN109038170A (en) * | 2018-07-06 | 2018-12-18 | 苏州泉奇电子科技有限公司 | A kind of Full-automatic pin device of fan stator |
| CN109335759A (en) * | 2018-11-22 | 2019-02-15 | 江阴亨德拉科技有限公司 | The detection device of electronic seal issuing machine |
-
2013
- 2013-11-05 CN CN201320694171.XU patent/CN203624511U/en not_active Expired - Lifetime
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103569647A (en) * | 2013-11-05 | 2014-02-12 | 国家电网公司 | Batch issuing device for electronic seals |
| CN103569647B (en) * | 2013-11-05 | 2015-09-23 | 国家电网公司 | A kind of bulk issue device of electronics seal |
| CN109038170A (en) * | 2018-07-06 | 2018-12-18 | 苏州泉奇电子科技有限公司 | A kind of Full-automatic pin device of fan stator |
| CN109335759A (en) * | 2018-11-22 | 2019-02-15 | 江阴亨德拉科技有限公司 | The detection device of electronic seal issuing machine |
| CN109335759B (en) * | 2018-11-22 | 2023-08-18 | 江阴亨德拉科技有限公司 | Detection device of electronic seal issuing machine |
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