CN204595038U - A kind of ammeter programming door switch automatic sealing device - Google Patents
A kind of ammeter programming door switch automatic sealing device Download PDFInfo
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- CN204595038U CN204595038U CN201520350955.XU CN201520350955U CN204595038U CN 204595038 U CN204595038 U CN 204595038U CN 201520350955 U CN201520350955 U CN 201520350955U CN 204595038 U CN204595038 U CN 204595038U
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Abstract
The utility model relates to a kind of ammeter programming door switch automatic sealing device, is realized the self-emptying of ammeter by ammeter discharging unit; In good order and the self-emptying of seal is realized by seal discharging unit; The automatic transfer that the station of operation sealed up by ammeter is realized by ammeter catching unit; And the automatic sealing of ammeter programming door switch is realized by sealing unit; Thus have effectively achieved intelligent electric meter programming door seal up working automation, instead of existing craft and seal up mode, greatly reduce labour intensity and the production cost of staff, and effectively improve production efficiency and the production output of product.
Description
Technical field
The utility model relates to field of electrical equipment, particularly relates to a kind of ammeter programming door switch automatic sealing device.
Background technology
In order to ensure the safety of ammeter, the general ammeter programming door switch that uses locks ammeter programming door.In order to effectively prevent the security of ammeter programming door switch, need to carry out sealing operation to ammeter programming door switch.In prior art, the manual ammeter that is installed on by seal is relied on to programme on door switch, to realize sealing up of ammeter programming door switch completely.Completing ammeter adding of door switch of programming is honored as a queen, and also need the labeling and the data inputting work that have been continued ammeter programming door switch seal by people's manual manipulation, wherein, labeling work refers to and label is attached to seal surface; Data inputting comprises the data inputting to seal RFID chip information and label Quick Response Code.Therefore, aforesaid operations relies on the labour intensity manually greatly increasing operating personnel completely, and completes sealing up of ammeter programming door switch seal by manual operations, have impact on production efficiency and production output.And by manually carrying out the turnover of the inter processes such as the sealing up of ammeter programming door switch seal, labeling and data inputting, there are the more factors of instability, having had a strong impact on production efficiency and production output, and improve production cost.
Utility model content
The purpose of this utility model is that the shortcoming overcoming prior art is with not enough, a kind of ammeter programming door switch automatic sealing device is provided, what achieve intelligent electric meter programming door seals up working automation, instead of existing craft and seal up mode, greatly reduce labour intensity and the production cost of staff, and effectively improve production efficiency and the production output of product.
The utility model is achieved through the following technical solutions: a kind of ammeter programming door switch automatic sealing device, it comprises
Ammeter discharging unit, for providing not by the ammeter of sealing up;
Seal discharging unit, provides seal in good order;
Ammeter catching unit, for the ammeter in gripping ammeter discharging unit and realize ammeter station transfer;
And sealing unit, receive the seal exported by seal discharging unit, and add the programming door switch of the ammeter be encapsulated in ammeter catching unit.
By ammeter discharging unit, achieve the self-emptying of ammeter; By seal discharging unit, make the discharging of seal ground in good order, achieve the self-emptying of seal; By ammeter catching unit, achieve the automatic transfer that the station of operation sealed up by ammeter; By sealing unit, realize the automatic sealing of ammeter programming door switch; Therefore, as shown from the above technical solution, what the utility model ammeter programming door switch automatic sealing device have effectively achieved intelligent electric meter programming door seals up working automation, instead of existing craft and seal up mode, greatly reduce labour intensity and the production cost of staff, and effectively improve production efficiency and the production output of product.
Further, described sealing unit comprises
The Switch of working position guide rail of horizontally set, it is arranged at outside seal discharging unit discharge end and ammeter catching unit side;
Seal obtains mechanism, comprises end face and is vertically arranged with one and seals up the Switch of working position driving mechanism that the traversing installing plate that slides guide rail and output terminal be connected with described traversing installing plate; Described traversing installing plate is installed on described Switch of working position guide rail, and it can drive it along the to-and-fro movement of described Switch of working position guide rail by described Switch of working position driving mechanism;
And seal adds sealing mechanism, comprise to seal up described in being installed on that the vertical shift installing plate, the output terminal that slide guide rail be connected with described vertical shift installing plate seal up driving mechanism and be fixedly arranged on the seal gripping cylinder of described vertical shift installing plate end face; Described seal up driving mechanism can drive described vertical shift installing plate along described in seal up and slide guide rail to-and-fro movement, the seal realizing the gripping of seal gripping cylinder adds the programming door switch of the ammeter be encapsulated in described ammeter catching unit and seal is added to the fastness test of being honored as a queen;
Described Switch of working position driving mechanism drives vertical shift installing plate along the to-and-fro movement of Switch of working position guide rail by driving traversing installing plate, realizes seal gripping cylinder in the Switch of working position of seal discharging unit discharge end and ammeter catching unit.
As further improvement of the utility model, described sealing unit also comprises the vacuum intake mechanism for sucking seal; The vacuum cups of described vacuum intake mechanism is arranged at the clamp mouth part of described seal gripping cylinder and is communicated with this jaws.By the setting of vacuum intake mechanism, be conducive to the stability and the fastness that improve seal gripping cylinder gripping seal further, effectively avoid reducing because seal comes off sealing up efficiency, the normal running of an operation after further ensuring, improves and seals up efficiency.
Further, described seal discharging unit comprises
Seal feed mechanism, for realizing the output in good order of seal;
And seal ejecting mechanism, comprise a side be provided with trend with described seal up slide guide rail move towards parallel pusher guide rail mounting plate, be installed on described pusher guide rail and the pusher cylinder that top offers the pusher installing plate of discharging opening, output terminal is connected with described pusher installing plate, be installed on immediately below described pusher installing plate discharging opening eject cylinder and one end be fixedly arranged on described in eject cylinder output terminal end and the other end is arranged at the seal liftout plate of pusher installing plate discharging opening; The discharging opening of described pusher installing plate docks with described seal feed mechanism delivery outlet and is communicated with;
Described seal liftout plate receives the seal exported by described seal feed mechanism, ejected its rising of air cylinder driven realized ejecting of seal by described, and moved toward seal gripping cylinder by pusher installing plate described in described pusher air cylinder driven, realize seal and push to seal gripping cylinder.
As further improvement of the utility model, described seal discharging unit also comprises for ensureing that seal that seal feed mechanism exports is arranged in the described seal liftout plate vacsorb be arranged on one end end face of pusher installing plate discharging opening completely and puts in place mechanism; Described vacsorb puts organization establishes in place outside described pusher installing plate, and its vacuum cups is communicated with pusher installing plate discharging opening and just to towards described seal feed mechanism delivery outlet.Put in place by vacsorb the setting of mechanism, makes seal can arrive at seal liftout plate end face sooner and completely, thus improve speed and accuracy that seal puts in place further.
As further improvement of the utility model, described seal discharging unit also comprises for detecting the whether traversing traversing optical fiber detecting probe that puts in place put in place of described seal gripping cylinder; The described traversing optical fiber detecting probe that puts in place is arranged at outside seal gripping cylinder, and coplanar with the axis of described seal gripping cylinder jaws, and it detects and rectifies towards described seal liftout plate;
And whether the described sealing unit seal also comprised for detecting described seal feed mechanism exports the seal put in place and to put in place optical fiber detecting probe; The described seal optical fiber detecting probe that puts in place is arranged at outside described pusher installing plate, and it detects and rectifies towards described pusher installing plate discharging opening.
To be put in place optical fiber detecting probe by traversing put in place optical fiber detecting probe and seal, respectively the traversing position of seal gripping cylinder and seal are put in place and detect, achieve seal gripping cylinder jaws and accurately the aliging of seal being positioned at seal liftout plate, thus improve accuracy and the ease for operation of seal gripping cylinder gripping seal further.
Further, detent mechanism sealed up by the ammeter that described ammeter catching unit comprises the mechanical arm for realizing ammeter Switch of working position and realizes ammeter sealing operation for clamping ammeter; Described mechanical arm adds sealing mechanism with described seal and is disposed adjacent, and the ammeter in gripping ammeter discharging unit is also seated to described ammeter and seals up detent mechanism;
Described ammeter is sealed up detent mechanism and is comprised ammeter hold-down mechanism and identical three position-limit mechanisms of structure; Described three position-limit mechanisms and ammeter hold-down mechanism, successively around setting, form one and to mate with ammeter peripheral wall and coffin for holding ammeter;
Each position-limit mechanism comprises the fixing limiting plate and the movable movable limiting plate arranged that are fixedly installed; Described movable limiting plate is connected with described fixing limiting plate by least one elastomeric element;
Described ammeter hold-down mechanism comprises ammeter compression cylinder and is fixedly arranged on the pressing plate of ammeter compression cylinder piston rod end.
Sealed up the elastic spacing of three position-limit mechanisms of detent mechanism by ammeter, and the activity of ammeter compression cylinder is spacing, ammeter is sealed up clamping that detent mechanism can be applicable to the ammeter of plurality of specifications, enhances applicability and improve practicality.
As further improvement of the utility model, the utility model ammeter programming door switch automatic sealing device also comprises the seal labeling unit for realizing ammeter programming door switch seal labeling;
Described seal labeling unit comprises label-sticking mechanism and realizes the ammeter labeling detent mechanism of ammeter labeling operation for clamping ammeter; Described label-sticking mechanism comprises the labeling cylinder that the real-time printing labelling machine that is disposed adjacent and piston rod end are arranged with a labeling pressing plate; The direction that described real-time printing labelling machine label exports is vertical with described labeling cylinder piston rod direction of motion, and the labeling pressing plate of described labeling cylinder piston boom end is just to towards ammeter labeling detent mechanism;
Described real-time printing labelling machine carries printed label to described labeling pressing plate dead ahead, and is stretched out by described labeling air cylinder driven piston rod and realize label and be closely attached on the seal of the ammeter being arranged in ammeter labeling detent mechanism; Described ammeter labeling detent mechanism receives by described mechanical arm gripping and completes the ammeter of sealing up.
By setting up seal labeling unit, under the condition of automatic sealing realizing ammeter programming door switch, furthermore achieved that the automatic labeling of ammeter, further enhancing the robotization of the manufacturing procedure of ammeter, improve ammeter working (machining) efficiency.
As further improvement of the utility model, the utility model ammeter programming door switch automatic sealing device also comprise feed belt supply unit for realizing the conversion of ammeter station, for limit and detect ammeter station spacing detecting unit and for realizing adding the reading of seal information and the seal data entry element of data inputting that are encapsulated in ammeter programming door switch place;
Described belt-conveying unit comprises frame and is arranged at the belt conveyor of frame end face; The throughput direction of described belt conveyor is successively through ammeter catching unit, seal labeling unit and seal data entry element;
Described spacing detecting unit comprises parallel and spaced first interception cylinder and the second interception cylinder and station optical fiber detecting probe; Described first interception cylinder and the second interception cylinder are transported away to setting gradually along belt conveyor, and are positioned at outside belt conveyor side, and its piston rod movement direction is all vertical with belt conveyor throughput direction; Described optical fiber detecting probe is arranged at the centre position at interval between the first interception cylinder and the second interception cylinder, and its test side towards and be parallel to belt conveyor;
Described seal data entry element comprises the rfid interrogator for gathering RFID chip information in seal and the vision input device for two-dimensional code data in typing seal label; Described rfid interrogator and vision input device are disposed adjacent and are positioned at outside belt conveyor opposite side, and tackle cylinder with second respectively and arrange in opposite directions, and described rfid interrogator information reads end and described vision input device information reads and hold all towards belt.
By setting up seal data entry element, realizing the automatic input that furthermore achieved that Electric meter seal data under the ammeter programming automatic sealing of door switch and the condition of stamp labeling, being convenient to follow-up management, further enhancing the robotization of the manufacturing procedure of ammeter.By spacing detecting unit, realize the restriction to ammeter station, be conducive to ensureing normally carrying out of each operation.
As further improvement of the utility model, the utility model ammeter programming door switch automatic sealing device also comprises
Ammeter threading unit, for completing the lead sealing of ammeter, comprises the ammeter output mechanism that automatic lead sealing mechanism and input port are docked with automatic lead sealing mechanism delivery outlet; Described ammeter output mechanism delivery outlet docks with described ammeter discharging unit input port;
Threading ammeter recovery unit, for reclaiming the underproof ammeter of lead sealing;
And barcode scanning ammeter recovery unit, there is for reclaiming seal information the ammeter that mistake or seal information cannot read, comprising barcode scanning and reclaim belt conveyor, mounting bracket, eliminating cylinder and be fixedly arranged on the eliminating plate getting rid of cylinder block bottom surface; It is parallel with described belt conveyor and adjacent that described barcode scanning reclaims belt conveyor, and its input port is communicated with described belt conveyor delivery outlet, and its equipped at outlet port is provided with one for keeping off the gear trading halt of power failure table; Described mounting bracket reclaims above belt conveyor and described belt conveyor across being arranged at described barcode scanning; Described eliminating cylinder is installed on the crossbeam side at mounting bracket top, and on crossbeam, does reciprocal transverse motion by the flexible realization of its piston rod; Described eliminating plate is one get rid of plate by horizontally disposed horizontal mounting plate " ┓ " type be connected to form vertical with the vertical plate vertically arranged, described horizontal mounting plate is fixedly arranged on described eliminating cylinder bottom surface, and the bad ammeter in belt conveyor can be dialed to scanning by described eliminating air cylinder driven and reclaim in belt conveyor by described vertical plate.
By ammeter threading unit, complete the automatic lead sealing operation of ammeter, improve the structure of the utility model ammeter programming door switch automatic sealing device further, realize the automatic processing of ammeter all process steps, improve robotization and practicality further.By threading ammeter recovery unit and barcode scanning ammeter recovery unit, realize reclaiming in order the ammeter defective products in different operation, be conducive to the rationality improving the utility model ammeter programming door switch automatic sealing device, and conveniently manage and effectively prevent the situation that defective products and certified products obscure and occur.
Relative to prior art, the utility model realizes the station of ammeter in multiple operation by each unit and automatically changes, automatic lead sealing, automatic sealing, automatic code-printing labeling, seal data automatic input, defective products is got rid of automatically, thus achieve the lead sealing that single job can complete ammeter programming door switch seal, seal up, labeling, data inputting, the work such as defective products eliminating, achieve the automated job of intelligent electric meter subsequent processing operations, instead of existing manual mode of operation, greatly reduce intensity of workers thus, and effectively improve production efficiency and the production output of product.
In order to understand better and implement, describe the utility model in detail below in conjunction with accompanying drawing.
Accompanying drawing explanation
Fig. 1 is the perspective view of the utility model ammeter programming door switch automatic sealing device embodiment 1;
Fig. 2 is the plan structure schematic diagram of the utility model ammeter programming door switch automatic sealing device embodiment 1;
Fig. 3 is the structural representation of sealing unit in the utility model;
Fig. 4 is the plan structure schematic diagram of seal discharging unit in the utility model;
Fig. 5 is the structural representation of the seal feed mechanism of seal discharging unit in the utility model;
Fig. 6 is the structural representation of the seal ejecting mechanism of seal discharging unit in the utility model;
Fig. 7 is structural representation when laying ammeter B in the utility model in ammeter catching unit;
Fig. 8 is the structural representation of the ammeter hold-down mechanism of ammeter catching unit in the utility model;
Fig. 9 is the view that in the utility model embodiment 1, seal gripping cylinder prepares the seal that gripping puts in place;
View when Figure 10 is pusher cylinder release seal and seal gripping cylinder gripping seal in the utility model embodiment 1;
Figure 11 is that in the utility model embodiment 1, seal is added view when being encapsulated in ammeter programming door switch by seal gripping cylinder;
Figure 12 is the plan structure schematic diagram of the utility model ammeter programming door switch automatic sealing device embodiment 2;
Figure 13 is structural representation when being placed with ammeter in the utility model embodiment 2 in seal labeling unit;
Figure 14 is the structural representation that the utility model ammeter programming door switch automatic sealing device embodiment 3 realizes multiple ammeter manufacturing procedure;
Figure 15 is the structural representation that the utility model ammeter programming door switch automatic sealing device embodiment 4 realizes multiple ammeter manufacturing procedure.
Embodiment
embodiment 1
Please refer to Fig. 1 and Fig. 2, the utility model ammeter programming door switch automatic sealing device comprises ammeter discharging unit 1, seal discharging unit 2, ammeter catching unit 3 and sealing unit 4.Described ammeter discharging unit 1 is for providing not by the ammeter of sealing up; Described seal discharging unit 2 provides seal in good order and be delivered to sealing unit 4; Described ammeter catching unit 3 shifts with the station realizing ammeter for the ammeter in gripping ammeter discharging unit 1; Described sealing unit 4 receives the seal that exported by seal discharging unit 2 and this seal is added the programming door switch of the ammeter be encapsulated in ammeter catching unit 3.
Particularly, described ammeter discharging unit 1 comprises belt frame, ammeter belt conveyor 12 and for limiting the ammeter limiting plate 13 of ammeter with ammeter belt conveyor 12 movement position.Described belt frame longitudinally arranges and is adjacent to described ammeter catching unit 3; Described ammeter belt conveyor 12 is arranged on the end face of belt frame, and the input of its input port is not by the ammeter of sealing up; Described ammeter limiting plate 13 is installed on belt conveyor equipped at outlet port.When not moved to ammeter limiting plate 13 place by the ammeter of sealing up with ammeter belt conveyor 12, just can be subject to the stop of ammeter limiting plate 13 and cannot move with ammeter belt conveyor 12 again, now not by the ammeter stop motion of sealing up, to wait for that described ammeter catching unit 3 carries out gripping to it and is transferred to position to be sealed up, realize not by the ammeter of sealing up by treating that gripping station is transferred to station to be sealed up.
Refer to Fig. 3, particularly, described sealing unit 4 comprises Switch of working position guide rail 41, seal obtains mechanism 42 and seal adds sealing mechanism 43.
Described Switch of working position guide rail 41 horizontally set, and be arranged at outside seal discharging unit 2 discharge end and ammeter catching unit 3 side.
Described seal obtains mechanism 42 and comprises traversing installing plate 421 and Switch of working position driving mechanism 422.Described traversing installing plate 421 is installed on described Switch of working position guide rail 41, and its end face is vertically arranged with one seals up and slide guide rail 423; Described Switch of working position mechanism output terminal is connected with described traversing installing plate 421, and it can drive described traversing installing plate 421 along the to-and-fro movement of described Switch of working position guide rail 41.In the present embodiment, in order to ensure that traversing installing plate 421 can move to the position at the programming door switch place of the ammeter of different size exactly, realize actual displacement, described Switch of working position driving mechanism 422 is electric cylinder.
Described seal adds sealing mechanism 43 and comprises vertical shift installing plate 431, seals up driving mechanism 432 and seal gripping cylinder 433.Described vertical shift installing plate 431 is installed on described sealing up of traversing installing plate 421 end face and slides guide rail 423; Described driving mechanism 432 output terminal of sealing up is connected with described vertical shift installing plate 431; Described seal gripping cylinder 433 is fixedly arranged on described vertical shift installing plate 431 end face.In the present embodiment, sealing up driving mechanism 432 described in is a cylinder.Described driving mechanism 432 of sealing up can drive described vertical shift installing plate 431 to slide guide rail 423 to-and-fro movement along described sealing up, the seal realizing the gripping of seal gripping cylinder 433 by controlling the elongation of its piston rod adds the programming door switch of the ammeter be encapsulated in described ammeter catching unit 3, and being retracted by controller piston rod realizes adding the fastness and qualification testing of being honored as a queen to seal.Described Switch of working position driving mechanism 422 drives vertical shift installing plate 431 along Switch of working position guide rail 41 to-and-fro movement by driving traversing installing plate 421, realize by the retraction of its output shaft discharge end seal gripping cylinder 433 being moved to seal discharging unit 2, realize seal gripping cylinder 433 to move to just to the position towards the ammeter programming door switch in ammeter catching unit 3 by stretching out of its output shaft.Realize seal gripping cylinder 433 thus in the Switch of working position of seal discharging unit 2 discharge end (seal gripping station) and ammeter catching unit 3 (station sealed up by seal).
In order to conveniently reclaim underproof seal after tested, as a kind of more excellent technical scheme, described sealing unit 4 also comprises the seal recycling box for reclaiming bad seal.Described seal recycling box is arranged at below the space between seal gripping cylinder 433 and ammeter catching unit 3, and its top offers one just to the opening towards this space.
In order to be conducive to the stability and the fastness that improve seal gripping cylinder 433 gripping seal further, effectively avoid reducing because seal comes off sealing up efficiency, the normal running of an operation after further ensuring, improve and seal up efficiency, as a kind of more excellent technical scheme, described sealing unit 4 also comprises the vacuum intake mechanism 45 for sucking seal; The vacuum cups of described vacuum intake mechanism 45 is arranged at the clamp mouth part of described seal gripping cylinder 433 and is communicated with this jaws.
Refer to Fig. 4, particularly, described seal discharging unit 2 comprises seal feed mechanism 21 and seal ejecting mechanism 22.Described seal ejecting mechanism 22 input port is docked with described seal feed mechanism 21 delivery outlet.
Please refer to Fig. 5, described seal feed mechanism 21 is for realizing the output in good order of seal, and it comprises seal feeding vibration disk 211 and is arranged at the device 213 that directly shakes outside output channel 212 delivery outlet of described seal feeding vibration disk 211.
Please refer to Fig. 6, described seal ejecting mechanism 22 comprises mounting plate 221, pusher installing plate 222, pusher cylinder 223, ejects cylinder 224 and seal liftout plate 225.Described mounting plate 221 side be provided with trend with described traversing installing plate 421 end face seal up the pusher guide rail sliding guide rail 423 and move towards parallel; Have a discharging port A towards one end end opens of described traversing installing plate 421 in described pusher installing plate 222 top, this discharging port A side is docked with the delivery outlet of the output channel 212 of described seal feeding vibration disk 211 and is communicated with; Described pusher cylinder 223 output terminal is connected with described pusher installing plate 222, and by control its piston rod stretch out bounce back realize pusher installing plate 222 near or away from seal gripping cylinder 433; The described cylinder 224 that ejects is installed on immediately below described pusher installing plate 222 discharging port A; Eject cylinder 224 output terminal end described in described seal liftout plate 225 one end is fixedly arranged on and the other end is arranged at pusher installing plate 222 discharging port A, it can control rising by described seal cylinder and stretch out discharging port A end face or drop to discharging port A bottom surface.
When seal gripping cylinder 433 needs the seal of gripping seal feed mechanism 21, then described seal liftout plate 225 receives the seal exported by described seal feed mechanism 21, then drives described seal liftout plate 225 to rise to pusher installing plate 222 discharging port A top by the described cylinder 224 that ejects.Realize ejecting of seal thus.So drive described pusher installing plate 222 to move toward seal gripping cylinder 433 by described pusher cylinder 223, realize seal thus and push to seal gripping cylinder 433.
In order to make seal can arrive at seal liftout plate 225 end face sooner and completely, thus improve further the speed and accuracy that seal puts in place, as a kind of more excellent technical scheme, described seal discharging unit 2 also comprises vacsorb and to put in place mechanism 23.The described vacsorb mechanism 23 that puts in place is arranged in for the seal ensureing seal feed mechanism 21 and export one end end face that described seal liftout plate 225 is arranged at pusher installing plate 222 discharging port A completely; The described vacsorb mechanism 23 that puts in place is arranged at outside described pusher installing plate 222, and its vacuum cups is communicated with pusher installing plate 222 discharging port A and just to towards described seal feed mechanism 21 delivery outlet.
In order to ensure that seal is ejected the stability of pusher installing plate 222 discharging port A end face, as a kind of more excellent technical scheme, the discharging port A end face of described pusher installing plate 222 is vertically installed with a backrest plate 226 towards the opposite side that the side of traversing installing plate 421 is relative.Then when seal is ejected to pusher installing plate 222 discharging port A top, seal bottom surface presses on seal liftout plate 225 end face, the seal back side is resisted against described backrest plate 226, and seal is just facing to the jaws of seal gripping cylinder 433 moving to pusher installing plate 222 discharging port A top front.
Further, in order to realize seal gripping cylinder 433 jaws and accurately the aliging of seal being positioned at seal liftout plate 225, thus improve accuracy and the ease for operation of seal gripping cylinder 433 gripping seal further, as a kind of more excellent technical scheme, described seal discharging unit 2 also comprises traversing put in place optical fiber detecting probe 24 and described sealing unit 4 and also comprises seal and to put in place optical fiber detecting probe 46.For detecting, whether described seal gripping cylinder 433 is traversing puts in place the described traversing optical fiber detecting probe 24 that puts in place, it is arranged at outside seal gripping cylinder 433, and coplanar with the axis of described seal gripping cylinder 433 jaws, and it detects and rectifies towards described seal liftout plate 225.Whether the described seal optical fiber detecting probe 46 that puts in place exports for the seal detecting described seal feed mechanism 21 and puts in place, and it is arranged at outside described pusher installing plate 222, and it detects and rectifies towards described pusher installing plate 222 discharging opening.
Refer to Fig. 7, particularly, described ammeter catching unit 3 comprises the mechanical arm 31 that is disposed adjacent and detent mechanism 32 sealed up by ammeter.
Described mechanical arm 31, for realizing the mechanical arm 31 of ammeter Switch of working position, is positioned at the ammeter at ammeter limiting plate 13 place in its gripping ammeter discharging unit 1, and by the mode of rotating by gripping to ammeter be seated to described ammeter and seal up detent mechanism 32.
Please refer to Fig. 8, described ammeter is sealed up detent mechanism 32 and is realized ammeter sealing operation for clamping ammeter, and it comprises ammeter hold-down mechanism 321 and identical three position-limit mechanisms 322 of structure.Described three position-limit mechanisms 322 and ammeter hold-down mechanism 321, successively around setting, form one and to mate with ammeter peripheral wall and coffin C for holding ammeter B.In the present embodiment, each position-limit mechanism comprises the fixing limiting plate 3221 and the movable movable limiting plate 3222 arranged that are fixedly installed; Described movable limiting plate 3222 is connected with described fixing limiting plate 3221 by least one elastomeric element 3223, and when position-limit mechanism realizes ammeter spacing fixing, the movable limiting plate 3222 of each position-limit mechanism is close to ammeter peripheral wall by spring action, realizes the clamping of ammeter three sides.In the present embodiment, described elastomeric element 3223 is made up of coupling shaft and the spring being sheathed on coupling shaft periphery; Described ammeter hold-down mechanism 321 comprises ammeter compression cylinder 3211 and is fixedly arranged on the pressing plate 3212 of ammeter compression cylinder 3211 piston rod end.After three position-limit mechanisms 322 realize the clamping of ammeter three sides, control its piston rod by ammeter compression cylinder 3211 to stretch out and make pressing plate 3212 towards ammeter the 4th flank movement and compress ammeter the 4th side, realize the clamping and positioning in each orientation of ammeter thus.
Below sketch the course of work of the utility model embodiment 1:
Please refer to Fig. 9 ~ 11, need to ammeter carry out seal seal up work time, open each mechanism in unit, make each mechanism in running order.First, drive ammeter to move to ammeter limiting plate 13 by ammeter belt conveyor 12, now ammeter stop motion because of the stop of ammeter limiting plate 13.So detect that ammeter puts in place by induction test effect, and the current potential information of putting in place is sent to mechanical arm 31, mechanical arm 31 gripping end is displaced downwardly to above the ammeter that puts in place, and carries out gripping to ammeter.After mechanical arm 31 completes the gripping of ammeter, just by gripping to ammeter transfer and be positioned in the coffin that formed by ammeter hold-down mechanism 321 and three position-limit mechanisms 322, stretch out so ammeter hold-down mechanism 321 just controls its piston rod and compress ammeter, then ammeter is sealed up detent mechanism 32 and is completed clamping to ammeter, and now the programming door switch of ammeter towards sealing unit 4.Meanwhile, the seal that seal has exported sealing unit 4 to by seal discharging unit 2 adds in the seal gripping cylinder 433 of sealing mechanism 43, particularly, its course of work is: seal to be exported in the discharging opening of pusher installing plate 222 by the output channel 212 of the seal feeding vibration disk 211 in seal feed mechanism 21 and is positioned at seal liftout plate 225 end face; Drawn by the vacsorb mechanism 23 that puts in place subsequently, make it put in place; After detecting that seal puts in place by the traversing optical fiber detecting probe 24 that puts in place, the vacsorb mechanism 23 that puts in place stops suction, ejects cylinder 224 piston rod and extends and drive seal liftout plate 225 to eject seal; It is traversing towards seal direction that Switch of working position driving mechanism 422 simultaneously in sealing unit 4 controls traversing installing plate 421, when until seal puts in place, optical fiber detecting probe 46 detects seal, Switch of working position driving mechanism 422 quits work, now seal gripping cylinder 433 jaws is just to seal, so seal up driving mechanism 432 to control seal gripping cylinder 433 and move towards seal direction, and realizing the gripping to seal by seal gripping cylinder 433, vacuum intake mechanism 45 sucks by the seal of seal gripping cylinder 433 gripping simultaneously.After seal obtains, Switch of working position driving mechanism 422 starts again, and seal up detent mechanism 32 place by the ammeter that traversing installing plate 421 drives seal gripping cylinder 433 to move to ammeter catching unit 3, the seal in now seal gripping cylinder 433 jaws is right against the programming door switch of being sealed up the ammeter that detent mechanism 32 clamps by ammeter.So seal up driving mechanism 432 and drive seal gripping cylinder 433 to move toward ammeter programming door switch, and make the seal in seal gripping cylinder 433 tightly add to be encapsulated in ammeter programming door switch, now vacuum intake mechanism 45 stops suction.By said process completed ammeter programming door switch seal up work.In order to ensure the qualification sealing up seal, add and be honored as a queen, seal gripping cylinder 433 controls the door switch of programming of ammeter dorsad to move a bit of distance by sealing up driving mechanism 432, if now the seal optical fiber detecting probe 46 that puts in place detects that seal is also positioned at the clamp mouth part of seal gripping cylinder 433, then control seal gripping cylinder 433 and open jaws, seal is fallen in seal recycling box, and again obtains seal and re-execute the work of sealing up; Otherwise prove that seal is sealed up qualified, ammeter programming door switch has been sealed up, so ammeter hold-down mechanism 321 piston rod retraction unclamps ammeter, mechanical arm 31 exports ammeter gripping to subsequent processing subsequently.Circulate above-mentioned work, and what complete all ammeters programming door switch seals up work.
Relative to prior art, the utility model embodiment 1, by ammeter discharging unit 1, achieves the self-emptying of ammeter; By seal discharging unit 2, make the discharging of seal ground in good order, achieve the self-emptying of seal; By ammeter catching unit 3, achieve the automatic transfer that the station of operation sealed up by ammeter; By sealing unit 4, realize the automatic sealing of ammeter programming door switch; Therefore, as shown from the above technical solution, what the utility model ammeter programming door switch automatic sealing device have effectively achieved intelligent electric meter programming door seals up working automation, instead of existing craft and seal up mode, greatly reduce labour intensity and the production cost of staff, and effectively improve production efficiency and the production output of product.
embodiment 2
Refer to Figure 12 ~ 13, the utility model embodiment 2 is similar to the structure of embodiment 1, and its difference is: the utility model embodiment 2 has set up one for realizing the seal labeling unit 5 of ammeter programming door switch seal labeling on the basis of embodiment 1.
Described seal labeling unit 5 comprises label-sticking mechanism 51 and realizes the ammeter labeling detent mechanism 52 of the ammeter labeling detent mechanism of ammeter labeling operation for clamping ammeter.Described label-sticking mechanism 51 comprises the labeling cylinder 512 that the real-time printing labelling machine 511 that is disposed adjacent and piston rod end are arranged with a labeling pressing plate.The direction that described real-time printing labelling machine 511 label exports is vertical with described labeling cylinder 512 piston rod movement direction, and the labeling pressing plate of described labeling cylinder 512 piston rod end is just to towards ammeter labeling detent mechanism 52.In the present embodiment, the structure of described ammeter labeling detent mechanism 52 is identical with the structure that detent mechanism 32 sealed up by the ammeter described in embodiment 1.
Printed label transport to described labeling pressing plate dead ahead, and is stretched out by described labeling cylinder 512 piston rod and is realized label and be closely attached on the seal of the ammeter being arranged in ammeter labeling detent mechanism 52 by described real-time printing labelling machine 511; Described ammeter labeling detent mechanism 52 receives by the gripping of described mechanical arm 31 and completes the ammeter of sealing up.
Below sketch the course of work of the utility model embodiment 2:
First complete ammeter programming the sealing up of door switch seal, due to this process with in embodiment 1 to seal up the course of work consistent, therefore not repeat.Perform labeling work again---now, mechanical arm 31 will complete the ammeter gripping of sealing up and be seated in described ammeter labeling detent mechanism 52, and realize the clamping to adding the ammeter of being honored as a queen by ammeter labeling detent mechanism 52.Meanwhile, the printed label of described real-time printing labelling machine 511 export the labeling pressing plate front of labeling cylinder 512 to.So, control its piston rod by labeling cylinder 512 and stretch out, drive labeling pressing plate that label is closely attached on ammeter.This completes the labeling work of ammeter.Ammeter labeling detent mechanism 52 discharges ammeter subsequently, and the ammeter after labeling takes out from ammeter labeling detent mechanism 52 and is transferred to next station by mechanical arm 31 again.Circulate above-mentioned work, completes sealing up and labeling work of all ammeters programming door switch.
The utility model embodiment 2 by setting up seal labeling unit 5 on the basis of embodiment 1, the automatic labeling of ammeter is furthermore achieved that under the condition of automatic sealing realizing ammeter programming door switch, further enhancing the robotization of the manufacturing procedure of ammeter, improve ammeter working (machining) efficiency.
embodiment 3
Refer to Figure 14, the utility model embodiment 3 is similar to the structure of embodiment 2, and its difference is: the utility model embodiment 3 has set up belt-conveying unit 6, spacing detecting unit 7 and seal data entry element 8 on the basis of embodiment 2.
Described belt-conveying unit 6 is for realizing the conversion of ammeter station, and it comprises frame and is arranged at the belt conveyor of frame end face.The throughput direction of described belt conveyor is successively through ammeter catching unit 3, seal labeling unit 5 and seal data entry element 8.
Described spacing detecting unit 7 is for limiting and detecting ammeter station, and it comprises parallel and spaced first interception cylinder 71 and the second interception cylinder 72 and station optical fiber detecting probe 73.Described first interception cylinder 71 and the second interception cylinder 72 are transported away to setting gradually along belt conveyor, and are positioned at outside belt conveyor side, and its piston rod movement direction is all vertical with belt conveyor throughput direction.Described optical fiber detecting probe is arranged at the centre position at the interval between the first interception cylinder 71 and the second interception cylinder 72, and its test side towards and be parallel to belt conveyor.
Described seal data entry element 8 is for realizing adding reading and the data inputting of the seal information being encapsulated in ammeter programming door switch place, and it comprises the rfid interrogator 81 for gathering RFID chip information in seal and the vision input device 82 for two-dimensional code data in typing seal label.Described rfid interrogator 81 and vision input device 82 are disposed adjacent and are positioned at outside belt conveyor opposite side, and tackle cylinder 72 with second respectively and arrange in opposite directions, and described rfid interrogator 81 information reads end and described vision input device 82 information reads and hold all towards belt.
Below sketch the course of work of the utility model embodiment 3:
First, complete sealing up and labeling work of ammeter programming door switch successively, because this process is consistent with the course of work of embodiment 2, therefore do not repeat them here.Then, performing the work of seal data inputting---described mechanical arm 31 will be sealed up and ammeter after labeling takes out from ammeter labeling detent mechanism 52 and is transferred to belt conveyor, when seal up and ammeter after labeling with belt conveyor through station optical fiber detecting probe 73 time, station optical fiber detecting probe 73 detects information feed back to the second interception cylinder 72, second interception cylinder 72 piston rod obtained and stretches out stop ammeter continuation flowing so that rfid interrogator 81 and vision input device 82 are to the seal Data Enter of current ammeter; When a rear ammeter move to be close to current ammeter time, Detection Information now fed back to the first interception cylinder 71, first by station optical fiber detecting probe 73 and tackles cylinder 71 piston rod and stretch out and stop the flowing of follow-up ammeter, promote current ammeter to prevent follow-up ammeter.Complete the typing of Electric meter seal information thus.Circulate above-mentioned work, completes all ammeters programming the sealing up of door switch, labeling and the work of seal data inputting.
The utility model embodiment 3 by setting up seal data entry element 8 on the basis of embodiment 2, realizing the automatic input that furthermore achieved that Electric meter seal data under the ammeter programming automatic sealing of door switch and the condition of stamp labeling, be convenient to follow-up management, further enhancing the robotization of the manufacturing procedure of ammeter, single job can complete ammeter programming door switch seal lead sealing, seal up, the work such as labeling, data inputting.By spacing detecting unit 7, realize the restriction to ammeter station, be conducive to ensureing normally carrying out of each operation.
embodiment 4
Refer to Figure 15, the utility model embodiment 4 is similar to the structure of embodiment 3, and its difference is: the utility model embodiment 4 has set up ammeter threading unit, threading ammeter recovery unit 9 and barcode scanning ammeter recovery unit 10 on the basis of embodiment 3.
Described ammeter threading unit is for completing the lead sealing of ammeter, and it comprises the ammeter output mechanism that automatic lead sealing mechanism and input port are docked with automatic lead sealing mechanism delivery outlet.Described ammeter output mechanism delivery outlet docks with described ammeter discharging unit 1 input port.In the present embodiment, because the structure of automatic lead sealing mechanism is consistent with the structure of existing automatic lead sealing mechanism, therefore do not repeat them here.And in the present embodiment, described ammeter output mechanism is a belt output mechanism.
Described threading ammeter recovery unit 9 is for reclaiming the underproof ammeter of lead sealing.In the present embodiment, described threading ammeter recovery unit 9 is the belt conveyor that a direction of transfer is contrary with the belt conveyor direction of transfer of described feed belt supply unit 6.
There is for reclaiming seal information the ammeter that mistake or seal information cannot read in described barcode scanning ammeter recovery unit 10, comprises barcode scanning and reclaim belt conveyor 101, mounting bracket 102, get rid of cylinder 103 and be fixedly arranged on the eliminating plate 104 getting rid of cylinder 103 cylinder body bottom surface.It is parallel and adjacent with the belt conveyor of described feed belt supply unit 6 that described barcode scanning reclaims belt conveyor 101, its input port is communicated with the belt conveyor delivery outlet of described feed belt supply unit 6, and its equipped at outlet port is provided with one for keeping off the gear trading halt 105 of power failure table.Described mounting bracket 102 is across above the belt conveyor being arranged at described barcode scanning and reclaiming belt conveyor 101 and described feed belt supply unit 6.Described eliminating cylinder 103 is installed on the crossbeam side at mounting bracket 102 top, and on crossbeam, does reciprocal transverse motion by the flexible realization of its piston rod.Described eliminating plate 104 is one get rid of plate 104 by horizontally disposed horizontal mounting plate " ┓ " type be connected to form vertical with the vertical plate vertically arranged, described horizontal mounting plate is fixedly arranged on described eliminating cylinder 103 bottom surface, and described vertical plate can be driven by described eliminating cylinder 103 and be dialed in scanning recovery belt conveyor by the bad ammeter in belt conveyor.
In the present embodiment, described eliminating cylinder 103 is three axle cylinders.
Below sketch the course of work of the utility model embodiment 4:
First, completed the lead sealing work of ammeter by described ammeter threading unit, because this course of work is consistent with the process of prior art ammeter lead sealing work, therefore do not repeat.If ammeter lead sealing is defective, then underproof for lead sealing ammeter is transferred to described threading ammeter recovery unit 9 to, otherwise ammeter is exported in the ammeter belt conveyor 12 of ammeter discharging unit 1 by described ammeter output mechanism.Then, complete the sealing up of ammeter programming door switch seal, labeling and data inputting work successively, because this process is consistent with the course of work of embodiment 3, therefore do not repeat them here.When rfid interrogator 81 and vision input device 82 cannot read seal information on ammeter programming door switch or the seal information that reads for mistake, feedback information is to control terminal, controlling to get rid of the traversing barcode scanning to barcode scanning ammeter recovery unit 10 above the belt conveyor of cylinder 103 by feed belt supply unit 6 by control terminal reclaims above belt conveyor 101, in this course, the vertical plate of described eliminating plate 104 to be moved and the barcode scanning that the bad ammeter being arranged in the belt conveyor of feed belt supply unit 6 moved to barcode scanning ammeter recovery unit 10 reclaims belt conveyor 101 with getting rid of cylinder 103, and by barcode scanning recovery belt conveyor 101, this bad ammeter is reclaimed.Complete the eliminating work of bad ammeter thus.Circulate above-mentioned work, completes all ammeters programming lead sealing of door switch, lead sealing defective products reclaims, seals up, the work such as labeling, seal data inputting and bad ammeter eliminating.
In addition, the present embodiment also has other variant embodiment, such as: change get rid of plate 104 structure---described eliminating plate 104 only comprises vertical plate, its top is fixedly arranged on described eliminating cylinder 103 bottom surface, and its bottom is positioned at above the belt conveyor of described feed belt supply unit 6.
Relative to prior art, the utility model embodiment 4 realizes the station of ammeter in multiple operation by each unit and automatically changes, automatic lead sealing, automatic sealing, automatic code-printing labeling, seal data automatic input, defective products is got rid of automatically, thus achieve the lead sealing that single job can complete ammeter programming door switch seal, seal up, labeling, data inputting, the work such as defective products eliminating, achieve the automated job of intelligent electric meter subsequent processing operations, instead of existing manual mode of operation, greatly reduce intensity of workers thus, and effectively improve production efficiency and the production output of product.
The utility model is not limited to above-mentioned embodiment, if do not depart from spirit and scope of the present utility model to various change of the present utility model or distortion, if these are changed and distortion belongs within claim of the present utility model and equivalent technologies scope, then the utility model is also intended to comprise these changes and distortion.
Claims (10)
1. an ammeter programming door switch automatic sealing device, is characterized in that: comprise
Ammeter discharging unit, for providing not by the ammeter of sealing up;
Seal discharging unit, provides seal in good order;
Ammeter catching unit, for the ammeter in gripping ammeter discharging unit and realize ammeter station transfer;
And sealing unit, receive the seal exported by seal discharging unit, and add the programming door switch of the ammeter be encapsulated in ammeter catching unit.
2. ammeter programming door switch automatic sealing device according to claim 1, it is characterized in that: described sealing unit comprises the Switch of working position guide rail of horizontally set, it is arranged at outside seal discharging unit discharge end and ammeter catching unit side;
Seal obtains mechanism, comprises end face and is vertically arranged with one and seals up the Switch of working position driving mechanism that the traversing installing plate that slides guide rail and output terminal be connected with described traversing installing plate; Described traversing installing plate is installed on described Switch of working position guide rail, and it can drive it along the to-and-fro movement of described Switch of working position guide rail by described Switch of working position driving mechanism; And seal adds sealing mechanism, comprise to seal up described in being installed on that the vertical shift installing plate, the output terminal that slide guide rail be connected with described vertical shift installing plate seal up driving mechanism and be fixedly arranged on the seal gripping cylinder of described vertical shift installing plate end face; Described seal up driving mechanism can drive described vertical shift installing plate along described in seal up and slide guide rail to-and-fro movement, the seal realizing the gripping of seal gripping cylinder adds the programming door switch of the ammeter be encapsulated in described ammeter catching unit and seal is added to the fastness test of being honored as a queen; Described Switch of working position driving mechanism drives vertical shift installing plate along the to-and-fro movement of Switch of working position guide rail by driving traversing installing plate, realizes seal gripping cylinder in the Switch of working position of seal discharging unit discharge end and ammeter catching unit.
3. ammeter programming door switch automatic sealing device according to claim 2, is characterized in that: described sealing unit also comprises the vacuum intake mechanism for sucking seal; The vacuum cups of described vacuum intake mechanism is arranged at the clamp mouth part of described seal gripping cylinder and is communicated with this jaws.
4. ammeter programming door switch automatic sealing device according to claim 2, is characterized in that: described seal discharging unit comprises
Seal feed mechanism, for realizing the output in good order of seal;
And seal ejecting mechanism, comprise a side be provided with trend with described seal up slide guide rail move towards parallel pusher guide rail mounting plate, be installed on described pusher guide rail and the pusher cylinder that top offers the pusher installing plate of discharging opening, output terminal is connected with described pusher installing plate, be installed on immediately below described pusher installing plate discharging opening eject cylinder and one end be fixedly arranged on described in eject cylinder output terminal end and the other end is arranged at the seal liftout plate of pusher installing plate discharging opening; The discharging opening of described pusher installing plate docks with described seal feed mechanism delivery outlet and is communicated with;
Described seal liftout plate receives the seal exported by described seal feed mechanism, ejected its rising of air cylinder driven realized ejecting of seal by described, and moved toward seal gripping cylinder by pusher installing plate described in described pusher air cylinder driven, realize seal and push to seal gripping cylinder.
5. ammeter according to claim 4 programming door switch automatic sealing device, is characterized in that: described seal discharging unit also comprises for ensureing that seal that seal feed mechanism exports is arranged in the described seal liftout plate vacsorb be arranged on one end end face of pusher installing plate discharging opening completely and puts in place mechanism; Described vacsorb puts organization establishes in place outside described pusher installing plate, and its vacuum cups is communicated with pusher installing plate discharging opening and just to towards described seal feed mechanism delivery outlet.
6. ammeter programming door switch automatic sealing device according to claim 4, is characterized in that:
Described seal discharging unit also comprises for detecting the whether traversing traversing optical fiber detecting probe that puts in place put in place of described seal gripping cylinder; The described traversing optical fiber detecting probe that puts in place is arranged at outside seal gripping cylinder, and coplanar with the axis of described seal gripping cylinder jaws, and it detects and rectifies towards described seal liftout plate;
And whether the described sealing unit seal also comprised for detecting described seal feed mechanism exports the seal put in place and to put in place optical fiber detecting probe; The described seal optical fiber detecting probe that puts in place is arranged at outside described pusher installing plate, and it detects and rectifies towards described pusher installing plate discharging opening.
7. ammeter according to claim 2 programming door switch automatic sealing device, is characterized in that: detent mechanism sealed up by the ammeter that described ammeter catching unit comprises the mechanical arm for realizing ammeter Switch of working position and realizes ammeter sealing operation for clamping ammeter; Described mechanical arm adds sealing mechanism with described seal and is disposed adjacent, and the ammeter in gripping ammeter discharging unit is also seated to described ammeter and seals up detent mechanism;
Described ammeter is sealed up detent mechanism and is comprised ammeter hold-down mechanism and identical three position-limit mechanisms of structure; Described three position-limit mechanisms and ammeter hold-down mechanism, successively around setting, form one and to mate with ammeter peripheral wall and coffin for holding ammeter;
Each position-limit mechanism comprises the fixing limiting plate and the movable movable limiting plate arranged that are fixedly installed; Described movable limiting plate is connected with described fixing limiting plate by least one elastomeric element;
Described ammeter hold-down mechanism comprises ammeter compression cylinder and is fixedly arranged on the pressing plate of ammeter compression cylinder piston rod end.
8. ammeter programming door switch automatic sealing device according to claim 7, is characterized in that: also comprise the seal labeling unit for realizing ammeter programming door switch seal labeling;
Described seal labeling unit comprises label-sticking mechanism and realizes the ammeter labeling detent mechanism of ammeter labeling operation for clamping ammeter; Described label-sticking mechanism comprises the labeling cylinder that the real-time printing labelling machine that is disposed adjacent and piston rod end are arranged with a labeling pressing plate; The direction that described real-time printing labelling machine label exports is vertical with described labeling cylinder piston rod direction of motion, and the labeling pressing plate of described labeling cylinder piston boom end is just to towards ammeter labeling detent mechanism;
Described real-time printing labelling machine carries printed label to described labeling pressing plate dead ahead, and is stretched out by described labeling air cylinder driven piston rod and realize label and be closely attached on the seal of the ammeter being arranged in ammeter labeling detent mechanism; Described ammeter labeling detent mechanism receives by described mechanical arm gripping and completes the ammeter of sealing up.
9. ammeter according to claim 8 programming door switch automatic sealing device, is characterized in that: also comprise the feed belt supply unit for realizing the conversion of ammeter station, for limit and detect ammeter station spacing detecting unit and for realizing adding the reading of seal information and the seal data entry element of data inputting that are encapsulated in ammeter programming door switch place;
Described belt-conveying unit comprises frame and is arranged at the belt conveyor of frame end face; The throughput direction of described belt conveyor is successively through ammeter catching unit, seal labeling unit and seal data entry element;
Described spacing detecting unit comprises parallel and spaced first interception cylinder and the second interception cylinder and station optical fiber detecting probe; Described first interception cylinder and the second interception cylinder are transported away to setting gradually along belt conveyor, and are positioned at outside belt conveyor side, and its piston rod movement direction is all vertical with belt conveyor throughput direction; Described optical fiber detecting probe is arranged at the centre position at interval between the first interception cylinder and the second interception cylinder, and its test side towards and be parallel to belt conveyor;
Described seal data entry element comprises the rfid interrogator for gathering RFID chip information in seal and the vision input device for two-dimensional code data in typing seal label; Described rfid interrogator and vision input device are disposed adjacent and are positioned at outside belt conveyor opposite side, and tackle cylinder with second respectively and arrange in opposite directions, and described rfid interrogator information reads end and described vision input device information reads and hold all towards belt.
10. ammeter programming door switch automatic sealing device according to claim 9, is characterized in that: also comprise
Ammeter threading unit, for completing the lead sealing of ammeter, comprises the ammeter output mechanism that automatic lead sealing mechanism and input port are docked with automatic lead sealing mechanism delivery outlet; Described ammeter output mechanism delivery outlet docks with described ammeter discharging unit input port;
Threading ammeter recovery unit, for reclaiming the underproof ammeter of lead sealing;
And barcode scanning ammeter recovery unit, there is for reclaiming seal information the ammeter that mistake or seal information cannot read, comprising barcode scanning and reclaim belt conveyor, mounting bracket, eliminating cylinder and be fixedly arranged on the eliminating plate getting rid of cylinder block bottom surface;
It is parallel with described belt conveyor and adjacent that described barcode scanning reclaims belt conveyor, and its input port is communicated with described belt conveyor delivery outlet, and its equipped at outlet port is provided with one for keeping off the gear trading halt of power failure table; Described mounting bracket reclaims above belt conveyor and described belt conveyor across being arranged at described barcode scanning; Described eliminating cylinder is installed on the crossbeam side at mounting bracket top, and on crossbeam, does reciprocal transverse motion by the flexible realization of its piston rod; Described eliminating plate is one get rid of plate by horizontally disposed horizontal mounting plate " ┓ " type be connected to form vertical with the vertical plate vertically arranged, described horizontal mounting plate is fixedly arranged on described eliminating cylinder bottom surface, and the bad ammeter in belt conveyor can be dialed to scanning by described eliminating air cylinder driven and reclaim in belt conveyor by described vertical plate.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520350955.XU CN204595038U (en) | 2015-05-27 | 2015-05-27 | A kind of ammeter programming door switch automatic sealing device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520350955.XU CN204595038U (en) | 2015-05-27 | 2015-05-27 | A kind of ammeter programming door switch automatic sealing device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204595038U true CN204595038U (en) | 2015-08-26 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520350955.XU Withdrawn - After Issue CN204595038U (en) | 2015-05-27 | 2015-05-27 | A kind of ammeter programming door switch automatic sealing device |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104931744A (en) * | 2015-05-27 | 2015-09-23 | 广东电网有限责任公司江门供电局 | Automatic sealing device for electric meter programming door switch |
-
2015
- 2015-05-27 CN CN201520350955.XU patent/CN204595038U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104931744A (en) * | 2015-05-27 | 2015-09-23 | 广东电网有限责任公司江门供电局 | Automatic sealing device for electric meter programming door switch |
| CN104931744B (en) * | 2015-05-27 | 2018-08-17 | 广东电网有限责任公司江门供电局 | A kind of ammeter programming door switch automatic sealing device |
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