CN204087303U - Sample hose Ore-controlling Role - Google Patents
Sample hose Ore-controlling Role Download PDFInfo
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- CN204087303U CN204087303U CN201420200746.2U CN201420200746U CN204087303U CN 204087303 U CN204087303 U CN 204087303U CN 201420200746 U CN201420200746 U CN 201420200746U CN 204087303 U CN204087303 U CN 204087303U
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Abstract
A kind of sample hose Ore-controlling Role, comprising: management host, comprises main control unit, MIM message input module, ladle body part information reading module, communication unit and some electric control locksets; Sampling Machine, comprises discharging opening and discharging opening identity module; Sampling machine, comprises rewinding mouth and rewinding mouth identity module; Some sample storage buckets, coordinate with some electric control lockset lockings or unlock, each sample storage bucket has staving, bung, door opening/closing mechanism, door drive mechanism, identify label read module, communication module and bucket identity module; Door drive mechanism drives with described door opening/closing mechanism and is connected; Identify label read module and described door drive mechanism electricly connect, and bucket identity module is arranged on bung or staving; Communication module is connected with identify label read module, communicates to connect with management host.The utility model can carry out Based Intelligent Control to sample storage bucket, and sample storage bucket can not artificially arbitrarily be picked and placeed.
Description
Technical field
The utility model relates to a kind of intelligent management system, is specifically related to the managing and control system for sample and sample storage bucket.
Background technology
Bucket, as a kind of storage container, has a wide range of applications in commercial production and daily life.For the process such as sampling, sample preparation, detection of sample, the in particular, for example sample such as fire coal, iron ore, it needs a bucket storing sample.The accuracy of testing result directly can be affected owing to detecting the representativeness of sample, validity and integrality, therefore the links such as the identification of the reception of sample, keeping, process and sample must be implemented effective management and be controlled, especially: the process such as filling, transmission, process of reply sample carries out strict control, to guarantee that sample is not replaced, not obscure.
But generation current station-service gathers coal-fired sample storage bucket and there is following Railway Project: (1) is without bung or only have simple and easy bung, uncap and close lid and manage completely artificially, more arbitrarily; (2) do not have blocking mechanism or blocking mechanism manual control, after bucket has gathered sample, may there is people is the risk of varying; (3) bucket is without identify label, multiple coal sample bucket together time, not easily distinguish, easily obscure sample.In addition, current most power plant and relevant industries do not have the coal sample bucket management system of intelligence, and bucket can arbitrarily go to put, and does not effectively control.Therefore, along with the development of science and technology and the continuous lifting of people's application demand, intelligent bucket and corresponding management system will be come in commercial production and daily life gradually.
Utility model content
The utility model provides a kind of sample hose Ore-controlling Role, can by the automatic management coordinating corresponding management method to realize sample and sample storage bucket, avoids human intervention to sample sample making course.The purpose of this utility model is realized by following technical scheme:
A kind of sample hose Ore-controlling Role, is characterized in that, comprising:
Management host, the MIM message input module comprising main control unit and be connected with main control unit, ladle body part information reading module, communication unit and some electric control locksets;
Sampling Machine, comprises discharging opening and discharging opening identity module, and discharging opening is used for docking with the punishment in advance mouth of sample storage bucket;
Sampling machine, comprises rewinding mouth and rewinding mouth identity module, and the punishment in advance mouth of the sample storage bucket that rewinding mouth is used for and sample is housed docks;
Some sample storage buckets, coordinate with described some electric control lockset lockings or unlock, each sample storage bucket has staving, bung, door opening/closing mechanism, door drive mechanism, identify label read module, communication module and bucket identity module; Door opening/closing mechanism is arranged at the described punishment in advance mouth of bung, for shutoff or open punishment in advance mouth; Door drive mechanism drives with described door opening/closing mechanism and is connected; Identify label read module and described door drive mechanism electricly connect, and bucket identity module is arranged on bung or staving; Communication module is connected with identify label read module, is connected with the communication unit communication of management host.
As concrete technical scheme, the staving of described sample storage bucket or bung are provided with locking matching mechanism, described some electric control locksets comprise automatically controlled driving mechanism and blocking mechanism, automatically controlled driving mechanism is connected with the main control unit of management host, blocking mechanism, by automatically controlled driving mechanisms control, coordinates with the locking matching mechanism of described sample storage bucket or is separated.
As concrete technical scheme, described door opening/closing mechanism comprises two fan doors of unscrewing type, and two fans hold apposition position to be the face of closely cooperating each other in front of the door; Described door drive mechanism comprises motor, the first belt pulley, the second belt pulley, the 3rd belt pulley, the 4th belt pulley and belt, motor is arranged at bung lower end, first belt pulley is positioned at the side of described two rotating shafts, and coordinate with the clutch end of motor, second belt pulley is arranged at the offside of the first belt pulley, 3rd belt pulley and the 4th belt pulley are fixedly installed in described two rotating shafts respectively, and belt coordinates with each belt pulley.
As concrete technical scheme, described door opening/closing mechanism comprises two fan door, guide rail and two guide blocks that can be involutory, and two fans hold apposition position to be the face of closely cooperating each other in front of the door, and two fan doors are slidably disposed on guide rail respectively by guide block in one end separately; Described door drive mechanism comprises motor, screw rod, the first screw and the second screw, and screw rod end connects the clutch end of motor, and its first half section is forward thread, and the second half section is reverse thread; First screw is fixedly connected with wherein Yishanmen, coordinates with the forward thread of screw rod first half section simultaneously; Second screw is fixedly connected with another Yishanmen, coordinates with the reverse thread of screw rod second half section simultaneously.
As concrete technical scheme, described door opening/closing mechanism comprises two fan door and two rotating shafts that can be involutory, and two fan doors separately end are arranged at bung lower end rotationally respectively by rotating shaft, and two fans hold apposition position to be the face of closely cooperating each other in front of the door; Described door drive mechanism comprises rotating disk, handle, telescoping electromagnetic iron, back-moving spring, two fixed pins and two track groove; Rotating disk is arranged between two fan doors and bung lower end rotationally, and rotating disk central authorities are provided with the perforate corresponding with bung punishment in advance mouth, and outward flange offers draw-in groove; Can snap in draw-in groove when telescoping electromagnetic iron is arranged at draw-in groove place and stretches out; Handle is fixedly connected on rotating disk outer rim, and rotating disk outer rim is also by back-moving spring and bung edge conjunction; The guiding mechanism of a fixed pin and a track groove formation Yishanmen, be correspondingly arranged at Yishanmen rearward end and rotating disk side, fixed pin embeds in corresponding track groove; Described track groove is curved, and its end points near described rotating shaft is comparatively far away apart from bung center, and its end points away from rotating shaft is nearer apart from bung center.
As further technical scheme, described sample storage bucket also comprises bung locking mechanism, is arranged on bung; Described staving upper end-face edge both sides offer bung pilot hole, and bung locking mechanism comprises lock core, limited block, fixed pin, removable pin and spring; Fixed pin and removable pin are laterally arranged at both sides, bung lower end mutually privately, and removable pin and bung lower edge pass through spring straining; Lock core is longitudinally arranged on bung, and limited block one end is connected with lock core and coordinates, and the other end can coordinate with removable pin with stirring; Fixed pin and removable pin are respectively used to embed in the pilot hole of staving upper end-face edge both sides.
The beneficial effects of the utility model are: provide the hardware system that a kind of sample and sample storage bucket carry out managing, this system, by corresponding control method, can carry out Based Intelligent Control to sample storage bucket, and sample storage bucket can not artificially arbitrarily be picked and placeed; In addition be provided with can the latching door structure of intelligent switch for sample storage bucket self, makes sample storage bucket arbitrarily can not be loaded and unloaded sample.This avoid the artificial intervention to sample, realize the control of intelligence, robotization.
Accompanying drawing explanation
Fig. 1 is the formation block diagram of the sample hose Ore-controlling Role that the utility model provides.
Fig. 2 is the formation block diagram of management host in the sample hose Ore-controlling Role that provides of the utility model.
Fig. 3 is the overall schematic of the example one of sample storage bucket in the sample hose Ore-controlling Role that provides of the utility model.
Fig. 4 is the staving of example one and the schematic diagram of discharging guiding element of sample storage bucket in the sample hose Ore-controlling Role that provides of the utility model.
Fig. 5 is the upper end assembling schematic diagram of the bung of the example one of sample storage bucket in the sample hose Ore-controlling Role that provides of the utility model.
Fig. 6 be the example one of sample storage bucket in the sample hose Ore-controlling Role that provides of the utility model the lower end assembling schematic diagram of bung.
Fig. 7 is the overall schematic of the example two of sample storage bucket in the sample hose Ore-controlling Role that provides of the utility model.
Fig. 8 is the lower end assembling schematic diagram of the bung of the example two of sample storage bucket in the sample hose Ore-controlling Role that provides of the utility model.
Fig. 9 is the overall schematic of the example three of sample storage bucket in the sample hose Ore-controlling Role that provides of the utility model.
Figure 10 is the lower end assembling schematic diagram of the bung of the example three of sample storage bucket in the sample hose Ore-controlling Role that provides of the utility model.
Embodiment
As shown in Figure 1, the sample hose Ore-controlling Role that the utility model provides comprises: management host, portable terminal device, Sampling Machine, sampling machine and some sample storage buckets.
Shown in composition graphs 2, management host is used for generating for sample storage bucket managerial role information according to instruction, communicates to connect with sample storage bucket controller, and instruction can from host computer or local input.MIM message input module, display module, ladle body part information reading module, electric control lockset and communication unit that management host comprises main control unit and is connected with main control unit.
MIM message input module be keyboard, mouse, touch-screen and or scanning, reading code information collecting device, for input sample storage bucket management instruction, also for acquisition operations personnel input or read authentication information (such as identity information or password).
Main control unit is used for generating mission bit stream according to instruction, according to mission bit stream generating solution locking lock control signal, and checks the authentication information of operating personnel's input or reads the identity information of portable terminal device, processing sample storage bucket supervisor status information simultaneously.Mission bit stream comprises the information of the corresponding sample storage bucket that Authority Verification information and task relate to, Authority Verification information is for the authentication information (such as operating personnel's identity information) checking input or read, and the information of corresponding sample storage bucket is namely in advance by the information (such as sample storage bucket numbering) of sample storage bucket operated.
Electric control lockset is used for the control signal according to main control unit, unlocks or lock operation corresponding sample storage bucket.The staving of sample storage bucket or bung are provided with locking matching mechanism, some electric control locksets comprise automatically controlled driving mechanism and blocking mechanism, automatically controlled driving mechanism is connected with the main control unit of management host, blocking mechanism, by automatically controlled driving mechanisms control, coordinates with the locking matching mechanism of described sample storage bucket or is separated.Ladle body part information reading module is for reading the identity information of the sample storage bucket playbacked in sample storage bucket controller, be supplied to main control unit, main control unit generates lock-in control signal to sample storage bucket according to this instruction, and then controls corresponding electric control lockset and carry out locking to this sample storage bucket.After the control lock sample storage bucket or unlock, main control unit generates described supervisor status information, is uploaded to management host.
Portable terminal device is used for staff and carries with, and has the mark read for MIM message input module, to read described authentication information.Particularly, portable terminal device is the card recording readable identity information, also can be the intelligent terminal that mobile phone, PDA etc. have readable identity information.Display module is for showing the information of corresponding main control unit process.
Sampling Machine is arranged at sample preparation station, and for sample storage bucket canned sample, it comprises discharging opening and discharging opening identity module.Discharging opening is used for and the punishment in advance mouth docking of empty sample storage bucket, and to sample storage bucket canned sample, the identity information of this discharging opening of discharging opening identity module record, can supplied for electronic scanning or radiofrequency signal read, and can be bar code or Quick Response Code or radio frequency code block.
Sampling machine is arranged at sample preparation station, and for receiving the sample in sample storage bucket, it comprises rewinding mouth and rewinding mouth identity module.The punishment in advance mouth of the sample storage bucket that rewinding mouth is used for and sample is housed docks, receive the sample in sample storage bucket, the identity information of this rewinding mouth of rewinding mouth identity module record, can supplied for electronic scanning or radiofrequency signal read, can be bar code or Quick Response Code or radio frequency code block.
Described some sample storage buckets, are separablely arranged in electric control lockset, by electric control lockset locking or unblock.Some sample storage buckets have identical structure, and its specific implementation has multiple, is respectively described below:
One, electronic unscrewing type sample storage bucket
Shown in composition graphs 3 to Fig. 6, the intelligent locking sample storage bucket that example one provides comprises: staving 10, discharging guiding element 20, bung 30, door opening/closing mechanism 40, door drive mechanism 50, sampling sampling machine identity information read module 60, communication module, bung locking mechanism 70 and identify label mechanism 80.
Shown in composition graphs 3 and Fig. 4, staving 10 external wall of upper portion is provided with handle 12, and upper end-face edge both sides offer bung pilot hole 15.Discharging guiding element 20 is horn-like, and the large mouth in its lower end is fixedly connected with inwall in the middle part of staving 10, and upper end osculum is positioned at staving 10 upper end open place.
Shown in composition graphs 5 and Fig. 6, bung locking mechanism 70 is arranged on bung 30, and bung locking mechanism 70 comprises lock core 71, limited block 72, fixed pin 73, removable pin 74 and spring 75.Fixed pin 73 and removable pin 74 are laterally arranged at both sides, bung 30 lower end mutually privately, and removable pin 74 and bung 30 lower edge are strained by spring 75.Lock core 71 is longitudinally arranged on bung 30, and limited block 72 one end is connected with lock core and coordinates, and the other end can coordinate with removable pin 74 with stirring.When bung 30 and staving 10 assemble, first unblanked by key operated lock core 71, now limited block 72 is stirred removable pin 74 and is inwardly slided; Then first fixed pin 73 is embedded in the pilot hole 15 of staving 10 upper end-face edge side, simultaneously by pilot hole 15 contraposition of removable pin 74 with staving 10 upper end-face edge opposite side; Again by the locking of key operated lock core 71, now limited block 72 releasing activity pin 74, removable pin 74 outwards slides under the pulling force effect of spring 75, embeds in the pilot hole 15 of staving 10 upper end-face edge opposite side.
Shown in composition graphs 5 and Fig. 6, bung 30 offers punishment in advance mouth, this punishment in advance mouth position is corresponding with the upper end osculum of discharging guiding element 20.Door opening/closing mechanism 40 comprises two involutory fan doors 41 and two rotating shaft 42, two fan door 41 structures are identical, is symmetrical arranged; Two fan doors 41 separately end are arranged at bung 30 lower end rotationally respectively by rotating shaft 42, and two fan door 41 front end apposition positions can closely cooperate, and roughly form a circle after involutory; Two fan doors 41 are driven by rotating shaft, and the punishment in advance mouth of shutoff bung 30 time involutory, opens the punishment in advance mouth of bung 30 during separation.
As shown in Figure 6, door drive mechanism 50 comprises motor 51, first belt pulley 52, second belt pulley 53, the 3rd belt pulley 54, the 4th belt pulley 55 and belt 56, motor 51 is arranged at bung lower end, first belt pulley 52 coordinates with the clutch end of motor 51, second belt pulley 53 is arranged at the offside of the first belt pulley 52,3rd belt pulley 54 and the 4th belt pulley 55 are fixedly installed in two rotating shafts 42 of two fan doors 41 respectively, and belt 56 coordinates with each belt pulley.The principle of work of door drive mechanism 50 is: motor 51 receives the control signal of enabling, and positive dirction rotates setting stroke, drives two rotating shafts 42 of two fan doors 41 to rotate by belt 56, thus drives two fan doors 41 to open; Motor 51 receives the control signal of closing door, and counter-rotation setting stroke, drives two rotating shafts 42 of two fan doors 41 to rotate by belt 56, thus drives two fan doors 41 involutory.
Sampling sampling machine identity information read module 60 is radio frequency code block reading code module, is arranged at bung 30 lower end, is electrically connected with the motor 51 of door drive mechanism 50.Sampling sampling machine identity information read module 60, for reading the identity information of Sampling Machine (docking with bung 30 punishment in advance mouth to during this sample storage barrel sample), exports control signal to the motor 51 of door drive mechanism 50 simultaneously.Certainly, sampling machine identity information read module 60 of sampling also can be the code reader of bar code, Quick Response Code.On the staving 10 that identify label mechanism 80 is arranged at the present embodiment sample storage bucket or bung 30, can be radio frequency code block, bar code or Quick Response Code.
Communication module is connected with identify label read module, be connected with the communication unit communication of management host, for the discharging opening identity information of Sampling Machine, the rewinding mouth identity information of sampling machine that the communication unit of receiving management main frame issues, and write in the identify label read module of sample storage bucket, during for identification.
Two, electronic opposite opened sample storage bucket
As shown in Figures 7 and 8, the intelligent locking sample storage bucket that example two provides, comprises equally: staving, discharging guiding element, bung, door opening/closing mechanism, door drive mechanism, sampling sampling machine identity information read module, bung locking mechanism and identify label mechanism.Wherein, staving, discharging guiding element, bung, sampling sampling machine identity information read module, bung locking mechanism and identify label mechanism are identical with the structure of example one; The difference of example two is: door opening/closing mechanism 240 and door drive mechanism 250 adopt electronic opposite opened structure (embodiment one is electronic unscrewing type), are described as follows:
Composition graphs 7 and Fig. 8, door opening/closing mechanism 240 is arranged at bung 230 lower end, comprise can be involutory two fan doors 241, guide rail 242 and two guide blocks 243, two fan doors 241 and be respectively two semicircles, front end apposition position closely cooperates, involutory rear formation circle; Two fan doors 241 are slidably disposed on guide rail 242 respectively by guide block 243 in one end separately; Two fan doors 41 horizontally slip, and the punishment in advance mouth of shutoff bung 230 time involutory, opens the punishment in advance mouth of bung 230 during separation.
As shown in Figure 8, door drive mechanism 250 comprises motor 251, screw rod 252, first screw 253 and the second screw 254, and motor 251 is arranged at bung 230 lower end, and screw rod 252 end connects the clutch end of motor 251, its first half section is forward thread, and the second half section is reverse thread; First screw 253 is fixedly connected with wherein Yishanmen 241, coordinates with the forward thread of screw rod 252 first half section simultaneously; Second screw 254 is fixedly connected with another Yishanmen 241, coordinates with the reverse thread of screw rod 252 second half section simultaneously.The principle of work of door drive mechanism 250 is: motor 251 receives the control signal of the enabling from sampling sampling machine identity information read module, positive dirction rotates setting stroke, drive the opposing slip of two fan doors 241 by the forward thread of screw rod 252 first half section and the reverse thread of second half section, thus drive two fan doors 241 to open; Motor 251 receives the control signal of closing door from sampling sampling machine identity information read module, and counter-rotation setting stroke, drives two fan door 41 slide in opposition by screw rod 252, thus drives two fan doors 241 involutory.
Three, manual unscrewing type sample storage bucket
As shown in FIG. 9 and 10, the intelligent locking sample storage bucket that example three provides, comprises equally: staving, discharging guiding element, bung, door opening/closing mechanism, door drive mechanism, sampling sampling machine identity information read module, bung locking mechanism and identify label mechanism.Wherein, staving, discharging guiding element, bung, sampling sampling machine identity information read module, bung locking mechanism and identify label mechanism are identical with the structure of example one; The difference of example three is: door opening/closing mechanism 340 and door drive mechanism 350 adopt manual turntable drive-type structure (embodiment one is electronic unscrewing type), are described as follows:
Composition graphs 9 and Figure 10, door opening/closing mechanism 340 is arranged at bung 330 lower end, comprise can be involutory two fan doors 341 and two rotating shafts 342, two fan doors 341 separately end are arranged at bung 330 lower end rotationally respectively by rotating shaft 342, two fan door 341 front end apposition positions can closely cooperate, and roughly form a circle after involutory; Two fan doors 341 rotate around the axis, and the punishment in advance mouth of shutoff bung 330 time involutory, opens the punishment in advance mouth of bung 330 during separation.
As shown in Figure 10, door drive mechanism 350 comprises rotating disk 351, handle 352, telescoping electromagnetic iron 353, back-moving spring 355, two fixed pins 354 and two track groove 356.Rotating disk 351 is arranged between two fan doors 341 and bung 330 lower end rotationally, rotating disk 351 central authorities are provided with the perforate (not shown) corresponding with bung 330 punishment in advance mouth, outward flange offers draw-in groove 358, can snap in draw-in groove 358 when telescoping electromagnetic iron 353 is arranged at draw-in groove 358 place and stretches out.Handle 352 is fixedly connected on rotating disk 351 outer rim, and rotating disk 351 outer rim is also by back-moving spring 355 and bung 330 edge conjunction.Two track groove 356 are opened in the respective rearward end of two fan doors 341, and track groove 356 is curved, and its end points near rotating shaft 342 is comparatively far away apart from bung 330 center, and its end points away from rotating shaft 342 is nearer apart from bung 330 center.Two fixed pins 354 are arranged at both sides relative on rotating disk 351 lower surface, in the track groove 356 of two each self-embedding Yishanmens 341 of fixed pin 354.The principle of work of door drive mechanism 350 is: telescoping electromagnetic iron 353 receives the control signal of the enabling from sampling sampling machine identity information read module, retract from draw-in groove 358, now manual operation rotating disk 351 rotates counterclockwise, because track groove 345 is far away apart from bung 330 center near the end points of rotating shaft 342, its end points away from rotating shaft 342 is comparatively near apart from bung 330 center, thus fixed pin 354 drives two fan doors 341 to open; When rotating disk 351 loses external force, then can rotate at the clockwise under influence of back-moving spring 355, two fan doors 341 are involutory, and now telescoping electromagnetic iron 353 receives the control signal of closing door from sampling sampling machine identity information read module, stretch in draw-in groove 358, locking rotating disk 351.Be understandable that, the position that fixed pin 354 and track groove 356 are arranged can exchange, and namely two fixed pins 354 are arranged on two fan doors 341, and two track groove 356 correspondences are arranged at rotating disk 351.
The specific works process of above-mentioned sample hose Ore-controlling Role is as follows:
(1) management host generates for sample storage bucket managerial role information according to the instruction received, and described mission bit stream comprises the information of the corresponding sample storage bucket involved by Authority Verification information and task; The instruction that management host receives comprises the instruction that inputted by MIM message input module and or the instruction that received from host computer by communication unit.
(2) management host is by the Authority Verification information comparison in the authority information of reception and described mission bit stream, comparison is correct then to be unlocked simultaneously by the identify label read module of the corresponding discharging opening identity information of sampling or sample preparation, rewinding mouth identity information write sample storage bucket by the corresponding sample storage bucket involved by described task, and enter step (3), the incorrect then interrupt operation of comparison, and generate management status information according to executed operation;
(3) the sample storage bucket after unlocking to be docked with Sampling Machine discharging opening and the identify label read module passing through sample storage bucket reads discharging opening identity module, identify that the door opening/closing mechanism then opening sample storage bucket fills sample and enters step (4), nonrecognition is interrupt operation then;
(4) the sample storage bucket that sample is housed docked with sampling machine rewinding mouth and read rewinding mouth identity module by the identify label read module of sample storage bucket, identify that the door opening/closing mechanism then opening sample storage bucket unloads sample and enters step (5), nonrecognition is interrupt operation then;
(5) ladle body part information reading module of management host reads the bucket identity module of playback sample storage bucket, and identify and then conduct the locking operations to sample storage bucket, nonrecognition is interrupt operation then, and generates management status information according to executed operation.
The supervisor status information that management host generates according to executed operation is also uploaded to host computer by communication unit.
Above embodiment is only fully open and unrestricted the utility model, and for a person skilled in the art, based on content disclosed in the utility model, the various equivalences carried out are replaced, and all belong to exposure scope of the present utility model.
Claims (6)
1. a sample hose Ore-controlling Role, is characterized in that, comprising:
Management host, the MIM message input module comprising main control unit and be connected with main control unit, ladle body part information reading module, communication unit and some electric control locksets;
Sampling Machine, comprises discharging opening and discharging opening identity module, and discharging opening is used for docking with the punishment in advance mouth of sample storage bucket;
Sampling machine, comprises rewinding mouth and rewinding mouth identity module, and the punishment in advance mouth of the sample storage bucket that rewinding mouth is used for and sample is housed docks;
Some sample storage buckets, coordinate with described some electric control lockset lockings or unlock, each sample storage bucket has staving, bung, door opening/closing mechanism, door drive mechanism, identify label read module, communication module and bucket identity module; Door opening/closing mechanism is arranged at the described punishment in advance mouth of bung, for shutoff or open punishment in advance mouth; Door drive mechanism drives with described door opening/closing mechanism and is connected; Identify label read module and described door drive mechanism electricly connect, and bucket identity module is arranged on bung or staving; Communication module is connected with identify label read module, is connected with the communication unit communication of management host.
2. sample hose Ore-controlling Role according to claim 1, it is characterized in that, the staving of described sample storage bucket or bung are provided with locking matching mechanism, described some electric control locksets comprise automatically controlled driving mechanism and blocking mechanism, automatically controlled driving mechanism is connected with the main control unit of management host, blocking mechanism, by automatically controlled driving mechanisms control, coordinates with the locking matching mechanism of described sample storage bucket or is separated.
3. sample hose Ore-controlling Role according to claim 1, it is characterized in that, described door opening/closing mechanism comprises two fan doors of unscrewing type, and two fan doors separately end are arranged at bung lower end rotationally respectively by rotating shaft, and two fans hold apposition position to be the face of closely cooperating each other in front of the door; Described door drive mechanism comprises motor, the first belt pulley, the second belt pulley, the 3rd belt pulley, the 4th belt pulley and belt, motor is arranged at bung lower end, first belt pulley is positioned at the side of described two rotating shafts, and coordinate with the clutch end of motor, second belt pulley is arranged at the offside of the first belt pulley, 3rd belt pulley and the 4th belt pulley are fixedly installed in described two rotating shafts respectively, and belt coordinates with each belt pulley.
4. sample hose Ore-controlling Role according to claim 1, it is characterized in that, described door opening/closing mechanism comprises two fan door, guide rail and two guide blocks that can be involutory, and two fans hold apposition position to be the face of closely cooperating each other in front of the door, and two fan doors are slidably disposed on guide rail respectively by guide block in one end separately; Described door drive mechanism comprises motor, screw rod, the first screw and the second screw, and screw rod end connects the clutch end of motor, and its first half section is forward thread, and the second half section is reverse thread; First screw is fixedly connected with wherein Yishanmen, coordinates with the forward thread of screw rod first half section simultaneously; Second screw is fixedly connected with another Yishanmen, coordinates with the reverse thread of screw rod second half section simultaneously.
5. sample hose Ore-controlling Role according to claim 1, it is characterized in that, described door opening/closing mechanism comprises two fan door and two rotating shafts that can be involutory, and two fan doors separately end are arranged at bung lower end rotationally respectively by rotating shaft, and two fans hold apposition position to be the face of closely cooperating each other in front of the door; Described door drive mechanism comprises rotating disk, handle, telescoping electromagnetic iron, back-moving spring, two fixed pins and two track groove; Rotating disk is arranged between two fan doors and bung lower end rotationally, and rotating disk central authorities are provided with the perforate corresponding with bung punishment in advance mouth, and outward flange offers draw-in groove; Can snap in draw-in groove when telescoping electromagnetic iron is arranged at draw-in groove place and stretches out; Handle is fixedly connected on rotating disk outer rim, and rotating disk outer rim is also by back-moving spring and bung edge conjunction; The guiding mechanism of a fixed pin and a track groove formation Yishanmen, be correspondingly arranged at Yishanmen rearward end and rotating disk side, fixed pin embeds in corresponding track groove; Described track groove is curved, and its end points near described rotating shaft is comparatively far away apart from bung center, and its end points away from rotating shaft is nearer apart from bung center.
6. the sample hose Ore-controlling Role according to claim 1 to 5 any one, is characterized in that, described sample storage bucket also comprises bung locking mechanism, is arranged on bung; Described staving upper end-face edge both sides offer bung pilot hole, and bung locking mechanism comprises lock core, limited block, fixed pin, removable pin and spring; Fixed pin and removable pin are laterally arranged at both sides, bung lower end mutually privately, and removable pin and bung lower edge pass through spring straining; Lock core is longitudinally arranged on bung, and limited block one end is connected with lock core and coordinates, and the other end can coordinate with removable pin with stirring; Fixed pin and removable pin are respectively used to embed in the pilot hole of staving upper end-face edge both sides.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
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| CN201420200746.2U CN204087303U (en) | 2014-04-23 | 2014-04-23 | Sample hose Ore-controlling Role |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420200746.2U CN204087303U (en) | 2014-04-23 | 2014-04-23 | Sample hose Ore-controlling Role |
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| CN204087303U true CN204087303U (en) | 2015-01-07 |
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| CN201420200746.2U Expired - Fee Related CN204087303U (en) | 2014-04-23 | 2014-04-23 | Sample hose Ore-controlling Role |
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Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN105203349A (en) * | 2015-09-17 | 2015-12-30 | 安阳市鑫达自控科技有限公司 | Sample barrel informationized sample collector capable of being locked |
| CN109720728A (en) * | 2018-04-09 | 2019-05-07 | 浙江杭钻机械制造股份有限公司 | Multi-joint intelligence sample package system |
| CN113979092A (en) * | 2021-10-22 | 2022-01-28 | 首钢长治钢铁有限公司 | Automatic sample unlocking and discharging system |
| CN114348148A (en) * | 2021-12-31 | 2022-04-15 | 河北省产品质量监督检验研究院 | Sampling robot system device, sampling method and application |
| CN115171246A (en) * | 2022-06-13 | 2022-10-11 | 鼎恺科技(上海)有限公司 | Intelligent mistake-proofing storage barrel |
-
2014
- 2014-04-23 CN CN201420200746.2U patent/CN204087303U/en not_active Expired - Fee Related
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105203349A (en) * | 2015-09-17 | 2015-12-30 | 安阳市鑫达自控科技有限公司 | Sample barrel informationized sample collector capable of being locked |
| CN105203349B (en) * | 2015-09-17 | 2017-12-15 | 安阳市鑫达自控科技有限公司 | A kind of sample bucket can lock information sample collecting device |
| CN109720728A (en) * | 2018-04-09 | 2019-05-07 | 浙江杭钻机械制造股份有限公司 | Multi-joint intelligence sample package system |
| CN113979092A (en) * | 2021-10-22 | 2022-01-28 | 首钢长治钢铁有限公司 | Automatic sample unlocking and discharging system |
| CN114348148A (en) * | 2021-12-31 | 2022-04-15 | 河北省产品质量监督检验研究院 | Sampling robot system device, sampling method and application |
| CN115171246A (en) * | 2022-06-13 | 2022-10-11 | 鼎恺科技(上海)有限公司 | Intelligent mistake-proofing storage barrel |
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