CN204642304U - A kind of independent control channel exports quantitatively point heap and the counting assembly of article - Google Patents
A kind of independent control channel exports quantitatively point heap and the counting assembly of article Download PDFInfo
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- CN204642304U CN204642304U CN201420868064.9U CN201420868064U CN204642304U CN 204642304 U CN204642304 U CN 204642304U CN 201420868064 U CN201420868064 U CN 201420868064U CN 204642304 U CN204642304 U CN 204642304U
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Abstract
Independent control channel exports quantitatively point heap and the counting assembly of article, comprises at least two passes, for carrying multiple article, exports article at the end of passage; O controller, exports article or stop exporting article, and the article that passage is exported forms stack of articles for controlling every bar passage; Capture counting assembly, carries out accurate metering for the article number in the stack of articles to every bar passage output in capture mode; Temporary storing bin, for the stack of articles that receiving cable exports; Holder, for receiving the article in the total number of an article temporary storing bin combined identical with target number; The utility model can lower the possibility that article number is overflowed greatly, again or before the situation of overflowing occurs, provides more combination to find the temporary storing bin that combine identical with target number.
Description
Technical field
The utility model relates to article distribution technique field, is specifically related to quantitatively point heap and counting assembly that independent control channel exports article.
Background technology
Article of the prior art quantitatively divide the method for heap and counting, comprise the following steps: step one, conveyer drives article flow to move to conveyor end with individual layer state, and make article flow leave the end of conveyer, article flow is separated at least two side by side and the article flow of non-overlapping copies, and keep state and the moving direction of original individual layer, step 2, conveyer periodic motion conveying article flow, disconnect after making article flow leave conveyor end, form stack of articles, conveyer often runs one-period, article flow is divided into a stack of articles, step 3, article number in article flow after leaving conveyer by accurate metering, to determine the article number of each stack of articles, each stack of articles receives by an independent temporary storing bin, step 4, when total number of the article in the temporary storing bin of a combination is identical with target number, storewide in the temporary storing bin of this combination is delivered to holder, the temporary storing bin of a described combination comprises a temporary storing bin or more than one temporary storing bin, and the article number of the temporary storing bin of a described combination is the summation of the article number of all temporary storing bins included in this combination.
Wherein, described periodic motion is after a driving time section carried by conveyer, stop conveyer motion, when article flow stops the end leaving conveyer completely, and then start conveyer conveying articles stream, conveyer often carries one-period, makes every bar form a corresponding stack of articles respectively from the article flow exported of conveyor end, and driving time section is less than the time of destination number for the number of articles making any one article flow and export in this driving time section.
Prior art Problems existing is: every bar article passage that conveyer is separated out, and all can export a stack of articles at each orbit period of conveyer.These stack of articles all need to be received by temporary storing bin, and when not being free temporary storing bin, just can be received by the temporary storing bin being loaded with article, and the number of its original article just needs to superpose with the article number of the stack of articles newly received.In normal operation, when the temporary storing bin combination meeting target item number does not occur, each blanking, empty temporary storing bin just first can be written into stack of articles, the situation of number superposition just can occur afterwards, and a temporary storing bin is after number superposition one or many, and the situation (the article number namely in a temporary storing bin is greater than target number) that number is overflowed just can occur, just need again to receive stack of articles again emptying for this temporary storing bin, this just wastes production capacity.And all can export the multiple stack of articles consistent with its number of active lanes due to each motion of conveyer, more central stack of articles are just received by the temporary storing bin itself being loaded with article possibly, are also say, the possibility that number overflows occurs just can be increased.
In the application of reality, the stack of articles that every bar article passage exports, if be assigned arbitrarily (namely a temporary storing bin can receive the stack of articles exported by any passage) among any one temporary storing bin, its structure for conveying can be very complicated, because this means that the transport path of the stack of articles between every bar passage and each temporary storing bin just has an opportunity mutually to report to the leadship after accomplishing a task, just likely collide between stack of articles, thus the accurate number of the article entering temporary storing bin cannot be determined.So in actual applications, the most feasible structure is, temporary storing bin grouping and corresponding with article passage, namely one group of temporary storing bin receives only the stack of articles exported by a passage, and the stack of articles also only one group temporary storing bin reception of meeting corresponding to it that a passage exports, like this, just can not report to the leadship after accomplishing a task to the stack of articles path often organized temporary storing bin from article passage, enormously simplify structure.But, each orbit period of conveyer all can export a stack of articles to often organizing temporary storing bin separately, also be say, even if still there is the temporary storing bin of the sky of enough numbers in all temporary storing bins, but when one group of temporary storing bin corresponding to a passage has all been loaded with article, the stack of articles that this group temporary storing bin also needs acceptance one new, the situation that the superposition of article number and article number are overflowed just easily occurs.
Therefore, for existing problems of the prior art, the technology that a kind of independent control channel that needing badly provides a kind of allocative efficiency high exports quantitatively point heap and the method counted and the device thereof of article seems particularly important.
Summary of the invention
A kind of independent control channel that the purpose of this utility model is to avoid weak point of the prior art and provides a kind of allocative efficiency high exports the quantitatively point heap of article and counts its device.
Goal of the invention of the present utility model is achieved through the following technical solutions:
Independent control channel exports quantitatively point heap and the counting assembly of article,
Comprising at least two passes, for carrying multiple article, exporting article at the end of passage;
O controller, exports article or stop exporting article, and the article that passage is exported forms stack of articles for controlling every bar passage;
Capture counting assembly, carries out accurate metering for the article number in the stack of articles to every bar passage output in capture mode;
Temporary storing bin, for the stack of articles that receiving cable exports;
Holder, for receiving the article in the total number of an article temporary storing bin combined identical with target number.
Wherein, described o controller is set to gate, described gate and described passage one_to_one corresponding, and is arranged at the mouth of corresponding passage, and described gate is independently controlled closure or openness.
Wherein, conveyor surface is separated to form by dividing plate by the conveyor surface of conveyer by passage.
Wherein, described conveyer is set to conveying inclined-plane or load-transfer device.
Wherein, every bar channel setting is be subject to the independent conveyer controlled, described o controller is set to actuator, and described actuator and described conveyer one_to_one corresponding are arranged, and every bar conveyer exports article by the driver control arranged corresponding to it or stops exporting article.
Wherein, described conveyer is set to load-transfer device or vibrating disk.
Wherein, described temporary storing bin is set to temporary storing bin row, the corresponding temporary storing bin row of every bar passage are arranged, temporary storing bin row are set to the more than one temporary storing bin of row, any one temporary storing bin reception during the stack of articles that every bar passage exports only is arranged by temporary storing bin corresponding with it, each temporary storing bin in each temporary storing bin row receives only the stack of articles exported by same passage.
The beneficial effects of the utility model:
Independent control channel exports quantitatively point heap and the counting assembly of article,
Comprising at least two passes, for carrying multiple article, exporting article at the end of passage;
O controller, exports article or stop exporting article, and the article that passage is exported forms stack of articles for controlling every bar passage;
Capture counting assembly, carries out accurate metering for the article number in the stack of articles to every bar passage output in capture mode;
Temporary storing bin, for the stack of articles that receiving cable exports;
Holder, for receiving the article in the total number of an article temporary storing bin combined identical with target number.
In the device that the utility model provides, the time of each article passage output stack of articles and period are all independent controls, like this, just allowed that respective channel suspends output stack of articles when temporary storing bin is loaded with article, greatly reduces the chance that article number is overflowed.Meanwhile, the passage that can control combination in any due to each blanking exports stack of articles, and before temporary storing bin generation article number is overflowed, the number that can be provided to the temporary storing bin combination of selection just increases greatly, finds the possibility of appropriate combination also to increase.This point can be understood by following example: suppose have four passages to export stack of articles to 16 temporary storing bins, and passage is concurrent output stack of articles.When each temporary storing bin is loaded with article, just have 2
16the combination of=65536 temporary storing bins, if can not find appropriate combination in these combinations, just will export stack of articles again, and the output of passage is concurrent, namely 4 article passages export 4 stack of articles to 4 temporary storing bins simultaneously, and it is selective to produce new combination, and its number is 2
12x (2
4-1)=61440.But export if article passage is independent control, 4 new stack of articles can divide work to export for 4 times, each drop into a new stack of articles after, the new temporary storing bin combined number produced just is 2
15=32768, if there is not suitable combination, just a new stack of articles can be dropped into again, after feeding intake for 4 times, the number of the new alternative temporary storing bin combination drawn just is 32768x 4=131072, compare the situation of concurrent output 4 stack of articles before, having had more one times has many new combinations selective.Moreover separately feed intake for 4 times, just very likely just produce appropriate combination before input is less than the stack of articles of 4, appropriate combination just can be released, and vacates empty temporary storing bin, decrease the possibility of article superposition and number spilling.
And when mention before need temporary storing bin to be divided into the group corresponding with article passage with simplified structure in actual use, just often can occur in all temporary storing bins when still having hole capital after selling all securities, the temporary storing bin group of corresponding a certain bar passage does not have hole capital after selling all securities.In method provided by the utility model, because every bar article passage is that independent control exports stack of articles, just can realize only having the passage of hole capital after selling all securities to export stack of articles by correspondence, otherwise just do not export stack of articles, like this, produce new temporary storing bin combine selective while it also avoid number superposition situation and number overflow risk.
Another usefulness of the utility model is, because the output time of article passage and time period all can be independently controlled, so when control passage exports stack of articles, just can according to the state of the article number that the temporary storing bin receiving this stack of articles is loaded with to control the output time section of this article passage, thus control the probable ranges of the article number of the stack of articles exported, such as an empty temporary storing bin, a larger stack of articles can be exported, or one has been loaded with to the temporary storing bin of more article, the stack of articles etc. that only output one is minimum, like this, while chance is overflowed in attenuating, also improve the production capacity that article export.Among prior art, the multiple stack of articles simultaneously exported by concurrent passage, all by the motion with a conveyer drive and export, just can not realize the effect of the size unit control for each stack of articles.
For the consideration of machine construction, the number of temporary storing bin is actually conditional, therefore in the assignment procedure, the situation that all temporary storing bins all carry stack of articles often occurs, conveyer motion one-period in prior art, every bar passage all can export a stack of articles, and these stack of articles must be received by temporary storing bin, easily causes article number to overflow; The utility model can lower the possibility that article number is overflowed greatly, again or before the situation of overflowing occurs, provides more combination to find the temporary storing bin that combine identical with target number.
Accompanying drawing explanation
The utility model is described in further detail to utilize accompanying drawing, but the embodiment in accompanying drawing is not formed any restriction of the present utility model.
Fig. 1 is the structural representation of embodiment 1 of the present utility model.
Fig. 2 is the structural representation of embodiment 2 of the present utility model.
Fig. 3 is the structural representation of embodiment 3 of the present utility model.
Fig. 4 is the structural representation of embodiment 4 of the present utility model.
Reference numeral is as follows:
1---actuator, 2---load-transfer device, 3---gate, 4---capture counting assembly, 5---temporary storing bin, 6---holder, 7---conveying inclined-plane, 8---delivery channel, 9---vibrating disk, 10---temporary storing bin row.
Detailed description of the invention
Below in conjunction with accompanying drawing, specific embodiment is described further.
Independent control channel exports a method for quantitatively point heap and the counting of article, comprises the following steps:
Step one, drives multiple article with the conveying of individual layer state by least two passes, and every bar passage is independently controlled and exports article or stop exporting article,
Step 2, article are separated into independent stack of articles after every bar passage exports, and the article number of each stack of articles passes through the mode of capture by accurate metering,
Step 3, each stack of articles receive by a temporary storing bin, when total number of the article in the temporary storing bin of any one combination is identical with target number, the storewide in the temporary storing bin of this combination are delivered to holder;
The temporary storing bin of a described combination comprises a temporary storing bin or more than one temporary storing bin, and the total number of article in the temporary storing bin of a described combination is the summation of the article number in all temporary storing bins included in this combination.
The utility model adopts the mode control channel of gate to export article or stops exporting article;
In described step one, the mouth of every bar passage is provided with gate, and by the closed of gate or unlatching, control output and point heap of article, namely when stopping article output, gate closes, the mouth of closed channel, makes article stop exporting; When exporting article, gate opening, opens the mouth of passage, exports article; When dividing heap, gate is closed a period of time after repeatedly opening a period of time, and the article exported when making at every turn to open form an independent stack of articles.
Gate processes with central authorities and is connected with parametric controller electric signal, and central authorities' process and parametric controller independently control the closed of each gate or open, and it is convenient to control, and can control by actv., make it meet work requirements to the state that passage exports.
The utility model can also adopt the mode control channel of individual drive conveyer to export article or stop exporting article;
In step one, every bar passage is independently conveyer, and every bar conveyer, by driver control corresponding with it, by motion or the stopping of driver control conveyer, controls output and point heap of article; Namely, when stopping article exporting, the stop motion of driver control conveyer, makes article stop exporting; When exporting article, driver control conveyer moves, and exports article; When point heap, actuator stops conveyer a period of time after repeatedly motion conveyer a period of time, makes the article exported during each motion conveyer form an independent stack of articles.
Actuator processes with central authorities and is connected with parametric controller electric signal, the motion of central authorities' process and parametric controller control and drive system or stopping, and then control the logical motion of every bar conveyer or stopping, it is convenient to control, the state that passage exports can be controlled actv., make it meet work requirements.
In described step one, the article number of the stack of articles that every bar passage exports at every turn is less than target number.Avoid producing excessive output, cause the problem occurring that article number is overflowed.
The size of the width of the time period length that the utility model is exported by passage and/or passage, increases the otherness exporting number, higher is combined into power to obtain.
In described step one, the width of every bar passage is done differentiation and arrange.
In described step one, is done differentiation the time period of the output stack of articles of every bar passage and arrange.
When article export, generally accurately to control the number that article export, only use output speed slowly, individually export article, could accurately control export the number of article, under the transport condition of routine, use identical passage width and identical output time section, export article number and also there is certain randomness and make the article number generation difference between stack of articles, this method utilizes the one or more stack of articles of combination to draw target number, use the quantity variance between stack of articles dexterously, ensure that the chance obtaining appropriate combination, in this application, by carrying out differentiation design to the width of passage and the time period of passage output stack of articles, larger otherness is produced to make the article number of the stack of articles exported between every bar passage, and then have increased access to the success ratio of appropriate combination.
Wherein, in described step 3, the temporary storing bin that the stack of articles that every bar passage exports only is arranged by a corresponding temporary storing bin receives, and temporary storing bin is classified as the temporary storing bin of a combination, and each central temporary storing bin receives only the stack of articles exported by same passage.
In the method that the utility model provides, the time of each article passage output stack of articles and period are all independent controls, like this, just allowed that respective channel suspends output stack of articles when temporary storing bin is loaded with article, greatly reduces the chance that article number is overflowed.Meanwhile, the passage that can control combination in any due to each blanking exports stack of articles, and before temporary storing bin generation article number is overflowed, the number that can be provided to the temporary storing bin combination of selection just increases greatly, finds the possibility of appropriate combination also to increase.This point can be understood by following example: suppose have four passages to export stack of articles to 16 temporary storing bins, and passage is concurrent output stack of articles.When each temporary storing bin is loaded with article, just have 2
16the combination of=65536 temporary storing bins, if can not find appropriate combination in these combinations, just will export stack of articles again, and the output of passage is concurrent, namely 4 article passages export 4 stack of articles to 4 temporary storing bins, and it is selective to produce new combination, and its number is 2
12x (2
4-1)=61440.But export if article passage is independent control, 4 new stack of articles can divide work to export for 4 times, each drop into a new stack of articles after, the new temporary storing bin combined number produced just is 2
15=32768, if there is not suitable combination, just a new stack of articles can be dropped into again, after feeding intake for 4 times, the number of the new alternative temporary storing bin combination drawn just is 32768x 4=131072, compare the situation of concurrent output 4 stack of articles before, having had more one times has many new combinations selective.Moreover separately feed intake for 4 times, just very likely just produce appropriate combination after input is less than the stack of articles of 4, appropriate combination just can be released, and vacates empty temporary storing bin, decrease the possibility of article superposition and number spilling.
And when mention before need temporary storing bin to be divided into the group corresponding with article passage with simplified structure in actual use, just often can occur in all temporary storing bins when still having hole capital after selling all securities, the temporary storing bin group of corresponding a certain bar passage does not have hole capital after selling all securities.In method provided by the utility model, because every bar article passage is that independent control exports stack of articles, just can realize only having the passage of hole capital after selling all securities to export stack of articles by correspondence, otherwise just do not export stack of articles, like this, produce new temporary storing bin combine selective while it also avoid number superposition situation and number overflow risk.
Another usefulness of the utility model is, because the output time of article passage and time period all can be independently controlled, so when control passage exports stack of articles, just can according to the state of the article number that the temporary storing bin receiving this stack of articles is loaded with to control the output time section of this article passage, thus the probable ranges of the article number of the stack of articles exported belonging to controlling, such as an empty temporary storing bin, a larger stack of articles can be exported, or one has been loaded with to the temporary storing bin of more article, the stack of articles etc. that only output one is minimum, like this, while chance is overflowed in attenuating, also improve the production capacity that article export.Among prior art, the multiple stack of articles simultaneously exported by concurrent passage, all by the motion with a conveyer drive and export, just can not realize the effect of the size unit control for each stack of articles.
Embodiment 1
As shown in Figure 1, a kind of independent control channel exports quantitatively point heap and the counting assembly of article, comprises at least two vibrating disks 9 side by side, for carrying multiple article, exports article at the end of vibrating disk 9;
Actuator 1, for controlling motion or the stopping of every bar vibrating disk 9, and the article that vibrating disk 9 is exported form stack of articles;
Capture counting assembly 4, the article number for the stack of articles exported every bar vibrating disk 9 carries out accurate metering in capture mode;
Temporary storing bin 5, for receiving the stack of articles exported by vibrating disk 9;
Holder 6, for receiving the article in the total number of an article temporary storing bin combined 5 identical with target number.
Described actuator 1 is arranged with described vibrating disk 9 one_to_one corresponding, and every bar vibrating disk 9 is driven by the actuator 1 arranged corresponding to it.
Temporary storing bin 5 can also be designed to temporary storing bin row 10 and realize by the utility model, receives stack of articles.
Embodiment 2
As shown in Figure 2, a kind of independent control channel exports quantitatively point heap and the counting assembly of article, comprises at least two load-transfer devices 2 side by side, for carrying multiple article, exports article at the end of load-transfer device 2;
Actuator 1, for controlling motion or the stopping of every bar load-transfer device 2, and the article that load-transfer device 2 is exported form stack of articles;
Capture counting assembly 4, the article number for the stack of articles exported every bar load-transfer device 2 carries out accurate metering in capture mode;
Temporary storing bin 5, for receiving the stack of articles exported by load-transfer device 2;
Holder 6, for receiving the article in the total number of an article temporary storing bin combined 5 identical with target number.
Described actuator 1 is arranged with described load-transfer device 2 one_to_one corresponding, and every bar load-transfer device 2 is driven by the actuator 1 arranged corresponding to it.
Temporary storing bin 5 can also be designed to temporary storing bin row 10 and realize by the utility model, receives stack of articles.
Embodiment 3
As shown in Figure 3, a kind of independent control channel exports quantitatively point heap and the counting assembly of article, comprise at least one load-transfer device 2, the conveyor surface of load-transfer device 2 is divided at least two transfer passages 8 for carrying multiple article side by side by the dividing plate arranged along throughput direction, exports article at the end of load-transfer device 2;
The mouth of every bar transfer passage 8 is respectively arranged with gate 3, by gate 3 closure or openness, control every bar transfer passage 8 and export article or stop exporting article, and the article that every bar transfer passage 8 is exported forms stack of articles;
Capture counting assembly 4, the article number for the stack of articles exported every bar transfer passage 8 carries out accurate metering in capture mode;
Temporary storing bin 5, for receiving the stack of articles exported by transfer passage 8;
Holder 6 is for receiving the article in the total number of an article temporary storing bin combined 5 identical with target number.
Temporary storing bin 5 can also be designed to temporary storing bin row 10 and realize by the utility model, receives stack of articles.
Embodiment 4
As shown in Figure 4, a kind of independent control channel exports quantitatively point heap and the counting assembly of article, comprise at least one conveying inclined-plane 7, the conveyor surface on conveying inclined-plane 7 is divided at least two transfer passages 8 for carrying multiple article side by side by the dividing plate arranged along throughput direction, exports article at the end of transfer passage 8;
The mouth of every bar transfer passage 8 is respectively arranged with gate 3, by the closure or openness of gate 3, control every bar transfer passage 8 and export article or stop exporting article, and the article that every bar transfer passage 8 is exported forms stack of articles.
Capture counting assembly 4, the article number for the stack of articles exported every bar transfer passage 8 carries out accurate metering in capture mode;
Temporary storing bin 5, for receiving the stack of articles exported by transfer passage 8;
Holder 6, for receiving the article in the total number of an article temporary storing bin combined 5 identical with target number.
Temporary storing bin 5 can also be designed to temporary storing bin row 10 and realize by the utility model, receives stack of articles.
Finally should be noted that; above embodiment is only in order to illustrate the technical solution of the utility model but not restriction to the utility model protection domain; although be explained in detail the utility model with reference to preferred embodiment; those of ordinary skill in the art is to be understood that; can modify to the technical solution of the utility model or equivalent replacement, and not depart from essence and the scope of technical solutions of the utility model.
Claims (7)
1. independent control channel exports quantitatively point heap and a counting assembly for article, it is characterized in that:
Comprising at least two passes, for carrying multiple article, exporting article at the end of passage;
O controller, exports article or stop exporting article, and the article that passage is exported forms stack of articles for controlling every bar passage;
Capture counting assembly, carries out accurate metering for the article number in the stack of articles to every bar passage output in capture mode;
Temporary storing bin, for the stack of articles that receiving cable exports;
Holder, for receiving the article in the total number of an article temporary storing bin combined identical with target number.
2. a kind of independent control channel according to claim 1 exports quantitatively point heap and the counting assembly of article, it is characterized in that: described o controller is set to gate, described gate and described passage one_to_one corresponding, and being arranged at the mouth of corresponding passage, described gate is independently controlled closure or openness.
3. a kind of independent control channel according to claim 2 exports quantitatively point heap and the counting assembly of article, it is characterized in that: conveyor surface is separated to form by dividing plate by the conveyor surface of conveyer by passage.
4. a kind of independent control channel according to claim 3 exports quantitatively point heap and the counting assembly of article, it is characterized in that: described conveyer is set to conveying inclined-plane or load-transfer device.
5. a kind of independent control channel according to claim 1 exports quantitatively point heap and the counting assembly of article, it is characterized in that: every bar channel setting is be subject to the independent conveyer controlled, described o controller is set to actuator, described actuator and described conveyer one_to_one corresponding are arranged, and every bar conveyer exports article by the driver control arranged corresponding to it or stops exporting article.
6. a kind of independent control channel according to claim 5 exports quantitatively point heap and the counting assembly of article, it is characterized in that: described conveyer is set to load-transfer device or vibrating disk.
7. a kind of independent control channel according to claim 1 exports quantitatively point heap and the counting assembly of article, it is characterized in that: described temporary storing bin is set to temporary storing bin row, the corresponding temporary storing bin row of every bar passage are arranged, temporary storing bin row are set to the more than one temporary storing bin of row, any one temporary storing bin reception during the stack of articles that every bar passage exports only is arranged by temporary storing bin corresponding with it, each temporary storing bin in each temporary storing bin row receives only the stack of articles exported by same passage.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420868064.9U CN204642304U (en) | 2014-12-26 | 2014-12-26 | A kind of independent control channel exports quantitatively point heap and the counting assembly of article |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201420868064.9U CN204642304U (en) | 2014-12-26 | 2014-12-26 | A kind of independent control channel exports quantitatively point heap and the counting assembly of article |
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| CN204642304U true CN204642304U (en) | 2015-09-16 |
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Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104554934A (en) * | 2014-12-26 | 2015-04-29 | 达尔嘉(广州)标识设备有限公司 | Quantitative piling and counting method and device for independently controlling channel to output articles |
| CN105416718A (en) * | 2015-11-26 | 2016-03-23 | 荣昌精密机械(苏州)有限公司 | Full-automatic online high-speed counting machine |
| CN106414249A (en) * | 2016-02-05 | 2017-02-15 | 达尔嘉(广州)标识设备有限公司 | Distribution method of dispersion objects, rationing method and distribution device thereof |
| CN110239797A (en) * | 2019-04-22 | 2019-09-17 | 达尔嘉(广州)标识设备有限公司 | A kind of method of counting of discrete articles |
| WO2020215449A1 (en) * | 2019-04-22 | 2020-10-29 | 达尔嘉(广州)标识设备有限公司 | Method and device for efficiently dispensing discrete articles |
-
2014
- 2014-12-26 CN CN201420868064.9U patent/CN204642304U/en not_active Withdrawn - After Issue
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104554934A (en) * | 2014-12-26 | 2015-04-29 | 达尔嘉(广州)标识设备有限公司 | Quantitative piling and counting method and device for independently controlling channel to output articles |
| CN105416718A (en) * | 2015-11-26 | 2016-03-23 | 荣昌精密机械(苏州)有限公司 | Full-automatic online high-speed counting machine |
| CN106414249A (en) * | 2016-02-05 | 2017-02-15 | 达尔嘉(广州)标识设备有限公司 | Distribution method of dispersion objects, rationing method and distribution device thereof |
| CN110239797A (en) * | 2019-04-22 | 2019-09-17 | 达尔嘉(广州)标识设备有限公司 | A kind of method of counting of discrete articles |
| WO2020215449A1 (en) * | 2019-04-22 | 2020-10-29 | 达尔嘉(广州)标识设备有限公司 | Method and device for efficiently dispensing discrete articles |
| CN110239797B (en) * | 2019-04-22 | 2021-11-16 | 达尔嘉(广州)标识设备有限公司 | Counting method of discrete articles |
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