CN208086756U - A kind of conjunction sample for gathering and processing of sample returns batch system - Google Patents
A kind of conjunction sample for gathering and processing of sample returns batch system Download PDFInfo
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- CN208086756U CN208086756U CN201820185692.5U CN201820185692U CN208086756U CN 208086756 U CN208086756 U CN 208086756U CN 201820185692 U CN201820185692 U CN 201820185692U CN 208086756 U CN208086756 U CN 208086756U
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Abstract
The utility model discloses a kind of conjunction samples for gathering and processing of sample to return batch system, including control system and temporary delivery platform, sample preparation delivery platform, control system is connected with temporary delivery platform, sample preparation delivery platform to realize that control, temporary delivery platform, sample preparation delivery platform draw close setting in parallel；A barrel station is equipped with out on temporary delivery platform successively, returns and criticizes into bucket station；It is equipped with successively on sample preparation delivery platform into a barrel station, returns batch reading code station and sample preparation docking station.The utility model have the advantages that simple and compact for structure, floor space is small, automation and intelligentification degree is high, it is safe, have multizone caching function, can reduce hand labor intensity, keep work it is successional.
Description
Technical field
The utility model is mainly concerned with the gathering and processing apparatus field of material samples, and in particular to one kind is gathered and processed for sample
The conjunction sample of change returns batch system.
Background technology
For material（Such as ore, coal charge）Sample gather and process, analyze work, every country has pressure standard, it is necessary to abide by
Sighting target standard carries out gathering and processing sample and analysis work.The criterion that the course of work was gathered and processed, analyzed to sample is not destroy sample representativeness
Under the premise of, collected sample granularity is gradually reduced, quality also gradually reduces, until meeting grain of the laboratory assay to sample
Degree and quality（Weight）Then required precision carries out relevant analysis of experiments to satisfactory sample.It cannot during this
Enough there is the loss of sample, can not enable sample that some occur and physically or chemically change, otherwise final test result will be made
At influence.
Such as by taking coal charge is analyzed as an example, actually a kind of process of sampling analysis.Coal is a kind of non-uniform substance（Grain
Degree, mass property distribution etc.）, what is be sampled is maternal general bigger（Tens tons are differed to tens of thousands of tons）, it is extracted into the maximum extent
The process of the representative sample of entire maternal quality and characteristic can be represented " sampling ", there is mechanical sampling, artificial sample, half at present
The various ways method such as mechanical sampling.After adopting sample by standard, next process is sample preparation, and sample making course generally has air dry
The processes such as dry, broken, division, milling.Sample makes the laggard sampling test analysis for carrying out next step.Coal gather and process sample and
In analytic process, can using to moisture measurement instrument with to the moisture of coal sample carry out analysis of experiments.The moisture of coal is evaluation
Coal Economy is worth most basic index.Because the variation of moisture in coal can cause changes of contents and the calorific value of other components
Variation, to the certain influence of the generations such as the inspection matter of coal, metering, examination, management.Therefore, life of the Accurate Determining moisture in coal to coal
Production management and operation have great meaning.Certainly, for other material samples, similarly need when necessary to moisture into
Row analysis of experiments.
Currently, institutional operation, to gather and process integral system requirement higher and higher is gathered and processed for sample, such as closes sample and returns batch
Operation.So-called conjunction sample is returned batch, refers to that multiple batches of different coal samples can be made and with sample barreled when gathering and processing the front end of sample operation
Come, and also there is certain quantity per a batch of coal sample sample bucket.This so that when gathering and processing the rear end of sample operation, needing will not
Same batch, the coal sample of different number carry out the unification of putting together of same batch, then the completion batch is concentrated to gather and process sample operation, exist
Following technical problem：
（1）Existing gathering and processing of the sample system automation degree in part is low, and the coal sample majority after sampling is by manually closing sample, people
Work, which is returned, to be criticized, and labor intensity is big, and working efficiency is low, and the degree of automation is not high, cannot be satisfied fully automatic operation in sampling and preparing system
Job requirements.Return batch simultaneously as needing artificially to carry out closing sample.So that in the presence of artificially vary, sample bucket is dropped keeps the sample unrestrained
Risk, safety are poor.
（2）Existing gathering and processing of the sample system intelligent degree in part is low, does not have caching function, can only handle some samples
The conjunction sample that batch is less, every batch of sample size is less returns batch job, once and the batch of sample is more, every batch of sample size is very big
When, existing gathering and processing of sample system but cannot be satisfied, and cannot handle multiple batches of, multi-quantity conjunction sample and return batch job.Such as it cannot
Be completed at the same time it is multiple batches of it is to be sampled return batch, multiple batches of empty barrel is returned batch, multiple batches of rear batch sample preparation is returned batch unification it is automatic
It is turned into industry.
（3）Existing gathering and processing of the sample systems bulky in part, takes up a large area, and is not suitable for industrialization and flexibly puts and make
With especially if to realize that multiple batches of conjunction sample returns batch job, returning batch cycle that will certainly make system bulk to meet annular
It is huger and complicated.
Utility model content
The technical issues of the utility model is solved is：In view of the problems of the existing technology, a kind of structure letter is provided
It is single it is compact, floor space is small, automation and intelligentification degree is high, it is safe, with multizone caching function, artificial labor can be reduced
Fatigue resistance keeps the successional conjunction sample for gathering and processing of sample of work to return batch system.
In order to solve the above technical problems, the utility model uses following technical scheme：
A kind of conjunction sample for gathering and processing of sample returns batch system, including control system and temporary delivery platform, sample preparation conveying
Platform is equipped with out a barrel station on the temporary delivery platform, returns batch into bucket station successively；It is set successively on the sample preparation delivery platform
Have into a barrel station, return batch reading code station and sample preparation docking station；Described return at batch reading code station pushes away equipped with reading code component and first
Tub assembly, the reading code component read the chip information on the sample bucket that the conveying of sample preparation delivery platform comes for making to belong to a batch
Secondary sample bucket is kept moving forward carry out concentration caching after be transmitted to one by one again at sample preparation docking station and complete batch turning/or utilize the
One push away tub assembly will not belong to the batch sample bucket push to side return batch at bucket station to keep sample bucket flat in temporary conveying
It is kept on platform；It is described go out barrel station at equipped with second push away tub assembly, for will transmission come temporary sample bucket push to side again
Enter and batch sample preparation operation is returned with batch under uploading in sample preparation delivery platform and be input into row at barrel station.
As a further improvement of the utility model, on the sample preparation delivery platform in returning batch reading code station and sample preparation docking
Empty barrel station is additionally provided with out between station, correspondence goes out at empty barrel station to be equipped with into empty barrel station on the temporary delivery platform；Institute
State out be equipped at empty barrel station push away empty barrel component, for by the empty barrel of batch turning and return push to side at empty barrel station with
Empty barrel is set to be kept on temporary delivery platform.
It is described as a further improvement of the utility model, to return batch reading code station and go out between empty barrel station equipped with to be sampled
Buffer area, for concentrating caching with being transmitted to one by one at sample preparation docking station again after a batch of sample bucket；It is described go out barrel station
With returning to criticize between bucket station the non-batch sample of coming is pushed equipped with sample bucket buffer area, for concentrating caching first to push away tub assembly
Bucket, described return criticize into bucket station and are pushed between empty barrel station equipped with empty barrel working area, for storage through pushing away empty barrel component
The empty barrel come.
Described return at batch reading code station blocks tub assembly, for inciting somebody to action equipped with first as a further improvement of the utility model,
Transmission come sample bucket intercept so that the first reading code component carry out reading code, it is described go out empty barrel station at be equipped with second block tub assembly, use
Caching/or will be complete is concentrated in that will transmit the first sample bucket come and intercept so as to subsequently be formed in buffer area to be sampled with batch sample bucket
The empty barrel interception conveyed at batch turning and back caches so as to push away empty barrel component and push to the empty barrel on temporary delivery platform.
Described return at batch reading code station is equipped with the first photoelectric sensor switch, uses as a further improvement of the utility model,
The first reading code component is set to carry out reading code after the sample bucket for sensing interception, described push away is opened at empty barrel component equipped with the second optoelectronic induction
It closes, the empty barrel is pushed into temporary delivery platform for sensing to make after the empty barrel passed back to push away empty barrel component.
There are one being all provided at the region rear and front end of the buffer area to be sampled as a further improvement of the utility model,
Third photoelectric sensor switch, the batch turning for all concentrating caching to carry out the batch after in place again for detecting the sample bucket of the batch.
It is all provided with that there are one the at the region rear and front end of the sample bucket buffer area as a further improvement of the utility model,
Four photoelectric sensor switch push away tub assembly by second again for detecting after the non-sample bucket whole concentration to be sampled in the region caches in place
Push criticizes sample preparation operation to carry out returning for next batch.
It is all provided with that there are one the at the region rear and front end in the empty barrel working area as a further improvement of the utility model,
Five photoelectric sensor switch, for detect the empty barrel in the region all concentrate caching in place after again towards going out the transmission of barrel station direction.
It is described as a further improvement of the utility model, to enter barrel station and to return front and back two of region between batch reading code station
It is all provided at end there are one the 6th photoelectric sensor switch, criticized for detecting that the sample bucket whole concentration in the region carries out to return after in place again
Sample preparation operation.
As a further improvement of the utility model, on the empty barrel working area close to returning batch into being equipped with third at bucket station
Block tub assembly, the empty barrel for carrying out transmission is intercepted to realize unique caching.
Go out described in as a further improvement of the utility model, at barrel station and blocks tub assembly, for that will transmit equipped with the 4th
The caching sample bucket or empty barrel come intercepts.
The is equipped with close to returning at batch reading code station on the sample preparation delivery platform as a further improvement of the utility model,
Five block tub assembly, the sample bucket for carrying out transmission is transmitted to after intercepting one by one again to return batch reading code station.
As a further improvement of the utility model, on the sample bucket buffer area close to returning batch into being equipped with the 6th at bucket station
Block tub assembly.
Compared with prior art, the utility model has the advantage of：
（1）The conjunction sample for gathering and processing of sample of the utility model returns batch system, the caching function with sample bucket to be sampled,
The sample bucket of all batches can cache realizes that closing sample returns batch together, convenient for the unification of batch turning, the sample preparation operation of subsequent batch
Carry out.Also there is rear batch sample bucket caching function simultaneously, carrying out conjunction sample convenient for multiple batches of sample bucket cycle returns batch job.And also
With empty barrel caching function.The empty barrel of caching can lower batch sample bucket carry out closing the transmission barcode scanning operation that sample is returned batch carry out when,
Also it is gradually transferred to the bucket station that comes in and goes out, convenient for the empty barrel of all cachings finished will be used to be taken out from temporary delivery platform,
This not only increases the utilization rate of empty barrel, and to have more space again on temporary delivery platform, is convenient for multiple samples of lower batch
Bucket is transmitted to again on temporary delivery platform, returns batch job to carry out continuous, continual multiple batches of, multi-quantity conjunction sample.Thus
As it can be seen that this system has multizone caching function, multiple batches of, multi-quantity conjunction sample can be handled and return batch job, automation, intelligence
It is strong, can not only reduce hand labor intensity, also prevented human intervention make it is safe.
（2）The conjunction sample for gathering and processing of sample of the utility model returns batch system, it is even more important that states collection in realization
While the conjunction sample of three big caching functions returns batch job, leaned in parallel by temporary delivery platform, sample preparation delivery platform
The close fit for holding together some other structures such as setting had not only realized polycyclic shape and had returned batch, but make it is simple and compact for structure, volume compared with
It is small, floor space is small, be suitble to industrialization flexibly put and use.
Description of the drawings
Fig. 1 is the stereochemical structure principle schematic that the utility model returns batch system for the conjunction sample of gathering and processing of sample.
Fig. 2 is the vertical view principle schematic 1 that the utility model returns batch system for the conjunction sample of gathering and processing of sample.
Fig. 3 is the vertical view principle schematic 2 that the utility model returns batch system for the conjunction sample of gathering and processing of sample.
Marginal data：
1, delivery platform is kept in；11, go out a barrel station；111, second tub assembly is pushed away；12, return and criticize into bucket station；13, into empty barrel
Station；14, sample bucket buffer area；15, empty barrel working area；2, sample preparation delivery platform；21, enter a barrel station；22, return batch reading code station；
221, reading code component；222, first tub assembly is pushed away；23, go out empty barrel station；231, empty barrel component is pushed away；24, sample preparation docking station；
25, buffer area to be sampled；31, first tub assembly is blocked；32, second tub assembly is blocked；33, third blocks tub assembly；34, the 4th a barrel group is blocked
Part；35, the 5th tub assembly is blocked；36, the 6th tub assembly is blocked；41, the first photoelectric sensor switch；42, the second photoelectric sensor switch；
43, third photoelectric sensor switch；44, the 4th photoelectric sensor switch；45, the 5th photoelectric sensor switch；46, the 6th optoelectronic induction is opened
It closes.
Specific implementation mode
The utility model is described in further detail below in conjunction with specific embodiments and the drawings.
As shown in Figure 1 to Figure 3, the utility model provides a kind of conjunction sample for gathering and processing of sample and returns batch system, including control
System processed and temporary delivery platform 1, sample preparation delivery platform 2, control system（It is not shown in figure）With temporary delivery platform 1, sample preparation
Delivery platform 2 is connected to realize that control, temporary delivery platform 1, sample preparation delivery platform 2 are installed on conveying by multiple fixing pieces
In rack, temporary delivery platform 1, sample preparation delivery platform 2 draw close setting in parallel；It is equipped with out bucket successively on temporary delivery platform 1
Station 11 is returned and is criticized into bucket station 12；It is equipped with successively on sample preparation delivery platform 2 into barrel station 21, returns batch reading code station 22 and sample preparation
Docking station 24；Enter barrel station 21 and docked with barrel station 11 is gone out, returns batch reading code station 22 and return and batch docked into bucket station 12, return and criticize
It is equipped with reading code component 221 and first at reading code station 22 and pushes away tub assembly 222, reading code component 221 is for reading sample preparation delivery platform 2
The chip information on sample bucket that conveying comes, first pushes away tub assembly 222 makes to belong to a batch according to the reading information of reading code component 221
Secondary sample bucket is transmitted to forward after keeping moving forward and carrying out concentration caching at sample preparation docking station 24 and completes the batch again
Batch turning/or according to the sample bucket that reads information and will not belong to the batch push to side return batch at bucket station 12 to make sample bucket court
Go out the transmission of 11 direction of barrel station to be kept on temporary delivery platform 1；Go out at barrel station 11 and pushes away tub assembly 111 equipped with second, uses
Entering at barrel station 21 and continuing under transmission is to carry out on sample preparation delivery platform 2 for side is pushed to again in the sample bucket for carrying out transmission
It is a batch of to return batch sample preparation operation.
It is as follows that principle is embodied, it should be noted that the description below in relation to direction is according to direction shown in figure
It is described, in order to understand, and the restriction not to technical solution：
In the present embodiment, the sample bucket transmission line for entering barrel station 21 and gathering and processing system is docked, sample preparation docking station
24 and automatic charging equipment docked, for carrying out sample bucket to topple over feeding.Due to the sequence of multiple batches of, multi-quantity sample bucket
All upset so that when need to multiple batches of, multi-quantity sample bucket carry out close sample return criticize when, multiple batches of, multi-quantity sample
Bucket is transmitted to by entering barrel station 21 on sample preparation delivery platform 2, the then conveying to the right in direction as shown in the figure（The arrow side A-B
To transmission）.When first sample bucket, which is transported to, returns at batch reading code station 22, reading code component 221 reads the chip letter on the sample bucket
Breath, if being just to want sample preparation batch（Hereinafter referred to as this batch）Sample bucket when, first, which pushes away tub assembly 222, does not have an effect and makes
Sample delivery platform 2, which is kept moving forward, carries out concentration caching；Then second sample bucket is transported to when returning at batch reading code station 22,
Reading code component 221 reads the chip information on the sample bucket, if being also the sample bucket of this batch, keeps moving forward and first
Sample bucket carries out concentration caching together.And if second sample bucket is not this batch sample bucket, first, which pushes away tub assembly 222, will not belong to
The sample bucket of the batch pushes to returning for side and criticizes at bucket station 12, so that the sample bucket is transmitted towards 11 direction of barrel station is gone out with temporary
It deposits and is kept on delivery platform 1（It transmits in the directions arrow B-C-H）.
By this cycle, carried out until all sample buckets of this batch are all pushed to the orientation arrow D on sample preparation delivery platform 2
Caching is concentrated, then the sample bucket of all cachings of the batch is transmitted to the right at sample preparation docking station 24 again and completes the batch
Batch turning（It transmits in the directions arrow D-M）.This makes this system have the caching function of sample bucket to be sampled, and the sample bucket of all batches is all
Energy caching is realized that conjunction sample is returned and is criticized together, and the batch turning of subsequent batch, the unified of sample preparation operation is convenient for carry out, and mistake can't occur
The risk of sample.And in the barcode scanning transmission process of foregoing description, if not the sample bucket of this batch, then due to all toward temporary defeated
Platform 1 is sent to convey so that these are not this batches（May be second lot, third batch, the 4th batch etc.）Sample bucket also all
It is cached on temporary delivery platform 1, and is transmitted again in temporary delivery platform 1 toward barrel station 11 is gone out, then pass through second
It pushes away tub assembly 111 and the temporary sample bucket that transmission comes is pushed into the entering at barrel station 21 of side again, and continue flat in sample preparation conveying
It is transmitted on platform 2 and criticizes sample preparation operation to carry out returning for next batch（Form the partial circulating of a direction arrow B-C-H-K transmission）.
So that the sample of conjunction one by one of progress second lot, third batch etc. returns batch job successively again after first batch completes batch turning sample preparation, this
So that this system is in addition to while the caching function of aforementioned described sample bucket to be sampled, also having rear batch sample bucket caching
Function.
Further, in the preferred embodiment, on sample preparation delivery platform 2 in returning batch reading code station 22 and sample preparation docking station 24
Between be additionally provided with out empty barrel station 23, keep on delivery platform 1 it is corresponding go out empty barrel station 23 at be equipped with into empty barrel station 13；Go out sky
Be equipped at bucket station 23 push away empty barrel component 231, for by the empty barrel of batch turning and return push to side at empty barrel station 13
So that empty barrel is kept on temporary delivery platform 1.
After the first sample bucket of first batch is in sample preparation 24 batch turning of docking station, it first can back be delivered to out empty barrel station 23
When place, by pushing away empty barrel component 231 by the empty barrel after the batch turning through being pushed on temporary delivery platform 1 into empty barrel station 13（Arrow
It transmits in the directions E-F-G）, the batch turning of second sample bucket is then carried out again, makes second empty barrel through being pushed into empty barrel station 13 again
On temporary delivery platform 1（At this time originally in a bucket position can be transmitted forward into the first empty barrel of empty barrel station 13, in order to the
Two empty barrels are put off in at empty barrel station 13）, recycled with this temporary defeated for being all buffered in all empty barrels of the batch
It send on platform 1 so that this system is in the premise above-mentioned with sample bucket caching function to be sampled, rear batch sample bucket caching function
Under, also there is empty barrel caching function, integrate three big caching functions.The empty barrel of caching can gradually be transferred to the bucket work that comes in and goes out
Position 11, convenient for the empty barrel of all cachings finished will be used to be taken out from temporary delivery platform 1, this not only increases the profit of empty barrel
With rate, and to have more space again on temporary delivery platform 1, convenient for multiple sample buckets of lower batch, to be transmitted to temporary conveying again flat
On platform 1, return batch job to carry out continuous, continual multiple batches of, multi-quantity conjunction sample.
Further, in the preferred embodiment, return batch reading code station 22 and go out between empty barrel station 23 equipped with caching to be sampled
Area 25, for concentrating caching with being transmitted to one by one at sample preparation docking station 24 again after a batch of sample bucket；Go out barrel station 11 with
Return to criticize between bucket station 12 and pushes non-come equipped with sample bucket buffer area 14, for concentrating caching first to push away tub assembly 222
Batch sample bucket, return batch into bucket station 12 and into empty barrel working area 15 is equipped between empty barrel station 13, for storage through pushing away empty barrel
The empty barrel that the push of component 231 comes.
Further, in the preferred embodiment, return at batch reading code station 22 and block tub assembly 31 equipped with first, come for that will transmit
Sample bucket intercept so that the first reading code component 221 carry out reading code, go out at empty barrel station 23 be equipped with second block tub assembly 32, for general
The first sample bucket that transmission comes intercepts so as to subsequently form concentration caching/in buffer area 25 to be sampled with batch sample bucket or will complete
Batch turning and the empty barrel that back conveys intercept so as to push away empty barrel component 231 and push to the empty barrel on temporary delivery platform 1 and delay
It deposits.
Further, in the preferred embodiment, return at batch reading code station 22 and be equipped with the first photoelectric sensor switch 41, for sensing
So that the first reading code component 221 is carried out reading code after to the sample bucket of interception, pushes away and be equipped with the second photoelectric sensor switch at empty barrel component 231
42, the empty barrel is pushed into temporary delivery platform 1 for sensing to make after the empty barrel passed back to push away empty barrel component 231.
Further, in the preferred embodiment, third light there are one being all provided at the region rear and front end of buffer area 25 to be sampled
Inductance inductive switch 43, the batch turning for all concentrating caching to carry out the batch after in place again for detecting the sample bucket of the batch.
Further, in the preferred embodiment, the 4th photoelectricity there are one being all provided at the region rear and front end of sample bucket buffer area 14
Inductive switch 44 pushes away tub assembly 111 by second again for detecting after the non-sample bucket whole concentration to be sampled in the region caches in place
Push criticizes sample preparation operation to carry out returning for next batch.
Further, in the preferred embodiment, the 5th photoelectricity there are one being all provided at the region rear and front end in empty barrel working area 15
Inductive switch 45, for detect the region empty barrel all concentrate caching in place after again towards go out 11 direction of barrel station transmission.
Further, in the preferred embodiment, enter barrel station 21 and return between batch reading code station 22 at the rear and front end in region
It is all provided with there are one the 6th photoelectric sensor switch 46, returns batch system for detecting that the sample bucket whole concentration in the region is carried out again after in place
Sample operation.I.e. when this system and external transport system carry out automatic butt, once the 6th photoelectric sensor switch 46 detects system
When being already filled with sample bucket on sample delivery platform 2, you can stop transmission, and proceed by and return batch sample preparation operation.So that it is intelligent, from
Dynamicization degree is high.
Further, in the preferred embodiment, on empty barrel working area 15 close to returning batch into blocking bucket equipped with third at bucket station 12
Component 33, the empty barrel for carrying out transmission are intercepted to realize unique caching.Tub assembly 33 is blocked when first empty barrel by third to intercept
Afterwards, this make subsequently transmit one by one come empty barrel can empty barrel working area 15 carry out unique caching after concentrate again toward go out barrel work
It is transmitted at position 11.
Further, in the preferred embodiment, go out at barrel station 11 and block tub assembly 34, for next delay will to be transmitted equipped with the 4th
Storage sample bucket or empty barrel intercept.Tub assembly 34 is blocked by setting the 4th, when the concentration of sample bucket buffer area 14 has cached all non-crowd
After secondary sample bucket, sample bucket court, which goes out to transmit at barrel station 11 and block tub assembly 34 by the 4th, to be intercepted, and then pushes away tub assembly 111 convenient for second
The sample bucket that transmission comes is pushed into entering for side one by one again and criticizes sample preparation operation at barrel station 21 to carry out returning for next batch.Or
When empty barrel concentration of transmissions after empty barrel working area 15 carries out unique caching is come, it can and block tub assembly 34 by the 4th and intercept, so
After carry out transfer empty barrel operation.
Further, in the preferred embodiment, close return at batch reading code station 22 blocks bucket equipped with the 5th on sample preparation delivery platform 2
Component 35, the sample bucket for carrying out transmission are transmitted to after intercepting one by one again to return batch reading code station 22.When operation most starts
It waits, when multiple batches of, multi-quantity sample bucket is transmitted to by entering barrel station 21 on sample preparation delivery platform 2, first sample bucket is by the 5th
It blocks tub assembly 35 to intercept so that sample bucket is all on board, is then transferred to first sample bucket and batch reading code station 22 is returned to be read
Code, and second sample bucket continues to intercept, to realize single reading code one by one and subsequent individually convey one by one（Push）.
Further, in the preferred embodiment, on sample bucket buffer area 14 close to returning batch into blocking bucket equipped with the 6th at bucket station 12
Component 36.The 6th block tub assembly 36 by setting so that this system also have there are one the function different with above-described embodiment, i.e., on
State embodiment and be that multiple batches of, multi-quantity sample bucket is transmitted to by entering barrel station 21 on sample preparation delivery platform 2, and in this implementation
Example in, operation at the beginning, can also by multiple batches of, multi-quantity sample bucket simultaneously by entering barrel station 21 and going out barrel station 11
It is transmitted on sample preparation delivery platform 2 and temporary delivery platform 1 respectively, first sample bucket being transmitted on sample preparation delivery platform 2
It is blocked that tub assembly 35 intercepts, first sample bucket being transmitted on temporary delivery platform 1 blocks tub assembly 36 by the 6th and intercept by the 5th, makes
It obtains both sides and stores multiple batches of, multi-quantity sample bucket, then sample preparation delivery platform 2, which starts to transmit, return batch sample preparation operation,
After sample bucket on delivery platform 2 to be sampled transmits forward and vacancy occurs, pushes away tub assembly 111 by second and be stored in original temporarily
It deposits multiple sample buckets on delivery platform 1 and pushes to the upload of sample preparation delivery platform 2 one by one again and be input into go and return batch sample preparation operation.So that this
System can store greater number of sample bucket, and treating capacity bigger is more adaptable.
Above are merely preferred embodiments of the utility model, the scope of protection of the utility model is not limited merely to above-mentioned
Embodiment, technical solution belonging to the idea of the present invention belong to the scope of protection of the utility model.It should be pointed out that pair
For those skilled in the art, several improvements and modifications without departing from the principle of the utility model,
It should be regarded as the scope of protection of the utility model.
Claims (13)
1. a kind of conjunction sample for gathering and processing of sample returns batch system, which is characterized in that including control system and temporary delivery platform
（1）, sample preparation delivery platform（2）, the temporary delivery platform（1）On be equipped with out a barrel station successively（11）, return batch into bucket station
（12）；The sample preparation delivery platform（2）On be equipped with successively into a barrel station（21）, return batch reading code station（22）With sample preparation docking station
（24）；It is described to return batch reading code station（22）Place is equipped with reading code component（221）Tub assembly is pushed away with first（222）, the reading code component
（221）Read sample preparation delivery platform（2）Conveying come sample bucket on chip information for make to belong to a batch of sample bucket after
Continuous conveying forward is transmitted to sample preparation docking station one by one again after carrying out concentration caching（24）It completes batch turning/or pushes away bucket using first in place
Component（222）The sample bucket that will not belong to the batch pushes to the returning batch into bucket station of side（12）Sentencing makes sample bucket in temporary conveying
Platform（1）It is upper temporary；It is described go out barrel station（11）Place pushes away tub assembly equipped with second（111）, for will transmit come temporary sample bucket
Push to side again enters a barrel station（21）It sentences in sample preparation delivery platform（2）Upload is input into returning for the lower batch of row and criticizes sample preparation work
Industry.
2. the conjunction sample according to claim 1 for gathering and processing of sample returns batch system, which is characterized in that the sample preparation conveying
Platform（2）On in returning batch reading code station（22）With sample preparation docking station（24）Between be additionally provided with out empty barrel station（23）, described temporary
Deposit delivery platform（1）Upper correspondence goes out empty barrel station（23）Place is equipped with into empty barrel station（13）；It is described go out empty barrel station（23）Place is set
Push away empty barrel component（231）, for by the empty barrel of batch turning and return push to side into empty barrel station（13）Sentencing makes empty barrel
In temporary delivery platform（1）It is upper temporary.
3. the conjunction sample according to claim 2 for gathering and processing of sample returns batch system, which is characterized in that described to return batch reading code
Station（22）With go out empty barrel station（23）Between be equipped with buffer area to be sampled（25）, for concentrate caching with a batch of sample bucket
It is transmitted to sample preparation docking station one by one again afterwards（24）Place；It is described go out barrel station（11）It is criticized into bucket station with returning（12）Between be equipped with sample
Bucket buffer area（14）, for concentrating caching first to push away tub assembly（222）The non-batch sample bucket that push comes, described return are criticized into bucket
Station（12）With into empty barrel station（13）Between be equipped with empty barrel working area（15）, for storage through pushing away empty barrel component（231）It pushes away
The empty barrel sent.
4. the conjunction sample according to claim 3 for gathering and processing of sample returns batch system, which is characterized in that described to return batch reading code
Station（22）Tub assembly is blocked equipped with first in place（31）, for will transmit come sample bucket intercept so that reading code component（221）It is read
Code, it is described go out empty barrel station（23）Tub assembly is blocked equipped with second in place（32）, for will transmit come first sample bucket intercept so that after
Continue with batch sample bucket in buffer area to be sampled（25）Form the empty barrel interception concentrated caching/or batch turning will be completed and back conveyed
So as to push away empty barrel component（231）The empty barrel is pushed into temporary delivery platform（1）On cached.
5. the conjunction sample according to claim 4 for gathering and processing of sample returns batch system, which is characterized in that described to return batch reading code
Station（22）Place is equipped with the first photoelectric sensor switch（41）, make reading code component after sample bucket for sensing interception（221）It carries out
Reading code, it is described to push away empty barrel component（231）Place is equipped with the second photoelectric sensor switch（42）, for making to push away after sensing the empty barrel passed back
Empty barrel component（231）The empty barrel is pushed into temporary delivery platform（1）On.
6. the conjunction sample according to claim 4 for gathering and processing of sample returns batch system, which is characterized in that described to be sampled slow
Deposit area（25）Region rear and front end at be all provided with there are one third photoelectric sensor switch（43）, sample bucket for detecting the batch
Caching is all concentrated to carry out the batch turning of the batch after in place again.
7. the conjunction sample according to claim 4 for gathering and processing of sample returns batch system, which is characterized in that the sample bucket caching
Area（14）Region rear and front end at be all provided with there are one the 4th photoelectric sensor switch（44）, for detecting that the region is non-to be sampled
Sample bucket all concentrates caching to push away tub assembly by second again after in place（111）Push criticizes sample preparation operation to carry out returning for next batch.
8. the conjunction sample according to claim 4 for gathering and processing of sample returns batch system, which is characterized in that the empty barrel is temporary
Area（15）Region rear and front end at be all provided with there are one the 5th photoelectric sensor switch（45）, for detecting that the empty barrel in the region is complete
Portion concentrate caching in place after again towards going out a barrel station（11）It transmits in direction.
9. the conjunction sample according to claim 4 for gathering and processing of sample returns batch system, which is characterized in that it is described enter barrel station
（21）Reading code station is criticized with returning（22）Between region rear and front end at be all provided with there are one the 6th photoelectric sensor switch（46）, be used for
It detects that the sample bucket whole concentration in the region is carried out again after in place and returns batch sample preparation operation.
10. the conjunction sample according to claim 3 for gathering and processing of sample returns batch system, which is characterized in that the empty barrel is temporary
Deposit area（15）Upper close return is criticized into bucket station（12）Tub assembly is blocked equipped with third in place（33）, for will transmit come empty barrel intercept with
Realize unique caching.
11. the conjunction sample according to claim 3 for gathering and processing of sample returns batch system, which is characterized in that it is described go out barrel work
Position（11）Tub assembly is blocked equipped with the 4th in place（34）, for will transmit come caching sample bucket or empty barrel intercept.
12. the conjunction sample according to claim 3 for gathering and processing of sample returns batch system, which is characterized in that the sample preparation is defeated
Send platform（2）Upper close return criticizes reading code station（22）Tub assembly is blocked equipped with the 5th in place（35）, for will transmit come sample bucket intercept
It is transmitted to one by one again afterwards to return batch reading code station（22）.
13. the conjunction sample according to claim 12 for gathering and processing of sample returns batch system, which is characterized in that the sample bucket is slow
Deposit area（14）Upper close return is criticized into bucket station（12）Tub assembly is blocked equipped with the 6th in place（36）.
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114291432A (en) * | 2021-12-31 | 2022-04-08 | 广东电网有限责任公司江门供电局 | Dispensing device for metering seal |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114291432A (en) * | 2021-12-31 | 2022-04-08 | 广东电网有限责任公司江门供电局 | Dispensing device for metering seal |
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