CN105373017B - A kind of doubling winder ordered address distribution method - Google Patents
A kind of doubling winder ordered address distribution method Download PDFInfo
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- CN105373017B CN105373017B CN201510638081.2A CN201510638081A CN105373017B CN 105373017 B CN105373017 B CN 105373017B CN 201510638081 A CN201510638081 A CN 201510638081A CN 105373017 B CN105373017 B CN 105373017B
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- G—PHYSICS
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- G05B—CONTROL OR REGULATING SYSTEMS IN GENERAL; FUNCTIONAL ELEMENTS OF SUCH SYSTEMS; MONITORING OR TESTING ARRANGEMENTS FOR SUCH SYSTEMS OR ELEMENTS
- G05B19/00—Programme-control systems
- G05B19/02—Programme-control systems electric
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Abstract
The invention discloses a kind of doubling winder ordered address distribution method, it receives work order by master control set, row address distribution is entered to all single ingot control devices according to the work order master control set, or master control set enters row address distribution to single single ingot control device, or single single ingot control device request master control set enters row address modification, realize the address-ordered distribution of each single ingot control device on doubling winder, staff is not needed to be configured the dial switch on each working cell, reduce human cost, it is easy to operate, operating efficiency is high, automaticity is high.
Description
Technical field：
The invention belongs to technical field of textile machine, a kind of doubling winder ordered address distribution method is specifically related to.
Background technology：
Doubling winder is a kind of by the single thread such as cotton, hair, thin,tough silk, chemical fibre and spun yarn and into the machine of stock yarn, belongs to textile industry normal
With machinery.Doubling is an indispensable important procedure in whole spinning technological process, and the basic task of doubling process is exactly
The single thread of two or more than two are merged on doubling winder, and folding bobbin is made.Doubling has cop and conjunction or cylinder yarn
And two kinds of forms are closed, such as use cop and close, although winding procedure can be reduced, but because it changes pipe often, not only increase is kept off
Turner labor intensity, and labor productivity is relatively low, so each textile enterprise generally uses cylinder yarn doubling.
The control system of general doubling winder includes the master control set being arranged in switch board and is arranged on each working cell
The single ingot control device at place, before doubling winder production work, the single ingot control device at each working cell needs distributively
Single ingot control device at location, existing each working cell manually sets address using dial switch, and the address is usual
Using binary coding, staff needs to be configured the dial switch on each working cell, and sequence of addresses easily goes out
Mistake, staff's inconvenient operation, and some doubling winders are provided with up to a hundred working cells, and each working cell is required for people
Work wastes time and energy if setting address, and inefficiency, production cost are high, automaticity is low.
The content of the invention：
Therefore, the technical problems to be solved by the invention are to be used for each working cell on doubling winder in the prior art
Address distribution sequence of addresses easily malfunctions, staff's inconvenient operation, inefficiency, production cost high, automation
Degree is low, so as to propose a kind of doubling winder ordered address distribution method.
To reach above-mentioned purpose, technical scheme is as follows：
A kind of doubling winder ordered address distribution method, comprises the following steps：
S1：Master control set receives work order；If work order is master control set carries out ground to all single ingot control devices
Location distribution order, then into step S2；If work order, which is master control set, enters row address distribution to single single ingot control device,
Into step S3；If work order is single single ingot control device, request master control set enters row address modification, into step S4；
S2：Master control set receives the order that all single ingot control devices are entered with row address distribution, broadcasts to all single ingot controls
Device processed enters row address erasing order, and sequentially assigns address to single ingot control device；
The step S2 specifically includes following steps：
S21：The master control set receives the order that all single ingot control devices are entered with row address distribution.
S22：The master control set is to all single ingot control device broadcast address erasing orders.
S23：Each single ingot control device receives the address erasing order, and raw address information is wiped.
S24：The master control set sends the distribution order of the first current address.
S25：Each single ingot control device receives the first current address distribution order, and inquires about whether button confirms,
The distribution order of the first current address is continued to if it is not, then returning；Set if so, then distributing order according to first current address
The address allocation information of this single ingot control device is put, and the first address is sent to master control set confirmation order is set.
S26：The master control set, which receives first address and set, confirms order, and return first receives address and sets true
Recognize bag order.
S27：This single ingot control device in step S25, which receives described first and receives address and set, confirms bag order, completes
First current address is distributed.
S28：The master control set judges whether the first current address distribution order is last address distribution life
Order, if so, then end address is distributed, completes to distribute the address of all single ingot control devices；If it is not, then by next address point
Distribute and order as the first current address with order, and return to step S24.
S3：Master control set receives the order for entering row address distribution to single single ingot control device, and single single ingot is controlled to fill
Put into row address distribution, the single single ingot control device receives the address distribution, and sends confirmation commands in return；
S4：Master control set receives the order of single single ingot control device request address modification, judges that the request address is repaiied
Whether the address in the order changed is legal, and the address is distributed into the single single ingot control device if legal.
As the preferred of above-mentioned technical proposal, the step S3 specifically includes following steps：
S31：The master control set receives the order for entering row address distribution to single single ingot control device.
S32：The master control set sends the distribution order of the second current address.
S33：Each single ingot control device receives the second current address distribution order, and inquires about whether button confirms,
The distribution order of the second current address is continued to if it is not, then returning；Set if so, then distributing order according to second current address
The address allocation information of this single ingot control device is put, and the second address is sent to master control set confirmation order is set.
S34：The master control set, which receives second address and set, confirms order, and return second receives address and sets true
Recognize bag order.
S35：This single ingot control device in step S33, which receives described second and receives address and set, confirms bag order, completes
Address distribution to single single ingot control device.
As the preferred of above-mentioned technical proposal, also comprise the following steps before the step S34：
S340：The master control set judges whether to receive second address and set to confirm to order at regular intervals, if
It is, then into step S34；If it is not, then judging to send time of the second current address distribution order from step S32 till now
Whether the time is more than 120 seconds, if being not above 120 seconds, return to step S32；If more than 120 seconds, master control set terminated pair
Single single ingot control device enters row address distribution.
As the preferred of above-mentioned technical proposal, the step S4 specifically includes following steps：
S41：Single single ingot control device judges whether to need modified address, and if desired whether modified address, then inquire about and press
Key confirms, if inquiring button confirmation, the order of request address modification is sent to master control set.
S42：The master control set receives the order of the single single ingot control device request address modification.
S43：The master control set stops sending the order that all single ingot control devices are carried out with information inquiry.
S44：The master control set judges whether the address in the order of request address modification legal and the free time, if
It is no, then send the illegal prompt command in address to the single single ingot control device and enter step S46；If so, then to the list
Individual single ingot control device sends address modification and confirms order.
S45：The single single ingot control device receives the order that the master control set is sent, and judges the order for ground
The illegal prompt command in location or address modification confirm order, if the order is the illegal prompt command in address, described single
Show that address is illegal on single ingot control device；If the order confirms order for address modification, the request address is changed
Order in address distribute to the single single ingot control device, complete the single single ingot control device address modification please
Ask.
S46：The master control set continues to send the order that all single ingot control devices are carried out with information inquiry.
As the preferred of above-mentioned technical proposal, the address allocation information in the step S25 and the step S33 includes dividing
With address value and address gaps value.
The beneficial effects of the present invention are：It receives work order by master control set, according to the work order master control
Device enters row address distribution to all single ingot control devices, or master control set enters row address point to single single ingot control device
Match somebody with somebody, or request is changed to single single ingot control device address, realize the address-ordered of each single ingot control device on doubling winder
Distribution.Do not need staff to be configured the dial switch on each working cell, reduce human cost, operation side
Just, operating efficiency is high, and automaticity is high.
Brief description of the drawings：
The following drawings is only intended to, in doing schematic illustration and explanation to the present invention, not delimit the scope of the invention.Wherein：
Fig. 1 is the doubling winder ordered address distribution method flow chart of one embodiment of the invention；
Fig. 2 enters the method stream of row address distribution for the master control set of one embodiment of the invention to all single ingot control devices
Cheng Tu；
Fig. 3 enters the method stream of row address distribution for the master control set of one embodiment of the invention to single single ingot control device
Cheng Tu；
The method that Fig. 4 enters row address modification for the single single ingot control device request master control set of one embodiment of the invention
Flow chart；
Host address allocation process diagram when Fig. 5 is the host assignment slave addresses of one embodiment of the invention；
Slave addresses allocation process diagram when Fig. 6 distributes slave addresses for the master host of one embodiment of the invention；
Main frame current address allocation process diagram when Fig. 7 is the setting individual address of one embodiment of the invention；
Slave current address allocation process diagram when Fig. 8 is the setting individual address of one embodiment of the invention；
Main frame current address allocation process diagram when Fig. 9 distributes for the slave request address of one embodiment of the invention；
Slave current address allocation process diagram when Figure 10 distributes for the slave request address of one embodiment of the invention.
Embodiment：
Embodiment 1
As shown in figure 1, the doubling winder ordered address distribution method of the present invention, comprises the following steps：
S1：Master control set receives work order；If work order is master control set carries out ground to all single ingot control devices
Location distribution order, then into step S2；If work order, which is master control set, enters row address distribution to single single ingot control device,
Into step S3；If work order is single single ingot control device, request master control set enters row address modification, into step S4.
S2：Master control set receives the order that all single ingot control devices are entered with row address distribution, broadcasts to all single ingot controls
Device processed enters row address erasing order, and sequentially assigns address to single ingot control device.
As shown in Fig. 2 the step S2 specifically includes following steps：
S21：The master control set receives the order that all single ingot control devices are entered with row address distribution.
S22：The master control set is to all single ingot control device broadcast address erasing orders.
S23：Each single ingot control device receives the address erasing order, and raw address information is wiped.
S24：The master control set sends the distribution order of the first current address.
S25：Each single ingot control device receives the first current address distribution order, and inquires about whether button confirms,
The distribution order of the first current address is continued to if it is not, then returning；Set if so, then distributing order according to first current address
The address allocation information of this single ingot control device is put, and the first address is sent to master control set confirmation order is set.
S26：The master control set, which receives first address and set, confirms order, and return first receives address and sets true
Recognize bag order.
S27：This single ingot control device in step S25, which receives described first and receives address and set, confirms bag order, completes
First current address is distributed.
S28：The master control set judges whether the first current address distribution order is last address distribution life
Order, if so, then end address is distributed, completes to distribute the address of all single ingot control devices；If it is not, then by next address point
Distribute and order as the first current address with order, and return to step S24.
S3：Master control set receives the order for entering row address distribution to single single ingot control device, and single single ingot is controlled to fill
Put into row address distribution, the single single ingot control device receives the address distribution, and sends confirmation commands in return.
As shown in figure 3, the step S3 specifically includes following steps：
S31：The master control set receives the order for entering row address distribution to single single ingot control device.
S32：The master control set sends the distribution order of the second current address.
S33：Each single ingot control device receives the second current address distribution order, and inquires about whether button confirms,
The distribution order of the second current address is continued to if it is not, then returning；Set if so, then distributing order according to second current address
The address allocation information of this single ingot control device is put, and the second address is sent to master control set confirmation order is set.
S340：The master control set judges whether to receive second address and set to confirm to order at regular intervals, if
It is, then into step S34；If it is not, then judging to send time of the second current address distribution order from step S32 till now
Whether the time is more than 120 seconds, if being not above 120 seconds, return to step S32；If more than 120 seconds, master control set terminated pair
Single single ingot control device enters row address distribution.
S34：The master control set, which receives second address and set, confirms order, and return second receives address and sets true
Recognize bag order.
S35：This single ingot control device in step S33, which receives described second and receives address and set, confirms bag order, completes
Address distribution to single single ingot control device.
S4：Master control set receives the order of single single ingot control device request address modification, judges that the request address is repaiied
Whether the address in the order changed is legal, and the address is distributed into the single single ingot control device if legal.
As shown in figure 4, the step S4 specifically includes following steps：
S41：Single single ingot control device judges whether to need modified address, and if desired whether modified address, then inquire about and press
Key confirms, if inquiring button confirmation, the order of request address modification is sent to master control set.
S42：The master control set receives the order of the single single ingot control device request address modification.
S43：The master control set stops sending the order that all single ingot control devices are carried out with information inquiry.
S44：The master control set judges whether the address in the order of request address modification legal and the free time, if
It is no, then send the illegal prompt command in address to the single single ingot control device and enter step S46；If so, then to the list
Individual single ingot control device sends address modification and confirms order.
S45：The single single ingot control device receives the order that the master control set is sent, and judges the order for ground
The illegal prompt command in location or address modification confirm order, if the order is the illegal prompt command in address, described single
Show that address is illegal on single ingot control device；If the order confirms order for address modification, the request address is changed
Order in address distribute to the single single ingot control device, complete the single single ingot control device address modification please
Ask.
S46：The master control set continues to send the order that all single ingot control devices are carried out with information inquiry.
Address allocation information in the step S25 and the step S33 includes distribution address value and address gaps value.
Doubling winder ordered address distribution method described in the present embodiment, it receives work order by master control set, according to
The work order master control set enters row address distribution to all single ingot control devices, or master control set is controlled single single ingot
Device enters row address distribution, or single single ingot control device request master control set enters row address modification, realizes on doubling winder
The address-ordered distribution of each single ingot control device.Staff is not needed to set the dial switch on each working cell
Put, reduce human cost, easy to operate, operating efficiency is high, and automaticity is high.
Embodiment 2
Master control set described in the present embodiment is specially main frame, and the single ingot control device is slave.
During host assignment slave addresses, the host address allocation flow is as shown in figure 5, comprise the following steps：
Start.
Send address erasing order.
Judge distribution slave number whether >=MAX, MAX be all slaves quantity, if so, then terminating, if it is not, then entering
Next step.
Send and reassign address n orders.
Judge whether that receiving n slaves sets reply, if so, then entering next step, if it is not, then returning to previous step
Suddenly.
Send and receive the reply that n slaves confirm bag.
Slave number Jia 1, and whether returns to the slave number for judging distribution >=MAX steps.
During host assignment slave addresses, the slave addresses allocation flow is as shown in fig. 6, comprise the following steps：
Start.
Judge whether to receive the distribution order of erasing address, continue to judge if it is not, then returning to current procedures；If so, then entering
Next step.
Whether interpretation receives current address distribution order, continues to judge if it is not, then returning to current procedures；If so, then entering
Next step.
Whether interpretation inquires button confirmation, continues to judge if it is not, then returning to current procedures；If so, then entering next step
Suddenly.
Send address and set and confirm.
Judge whether that receiving host address confirms reply, if it is not, then returning to previous step；If so, then terminating.
When setting individual address, main frame current address allocation flow is as shown in fig. 7, comprises following steps：
Start.
Send current address distribution order.
Judge whether to receive slave addresses confirmation, if so, then entering next step；If it is not, then judging whether to exceed
120s, if more than 120s, terminating；If not above 120s, returning to previous step.
Send and receive the reply that slave confirms bag.
Terminate.
When setting individual address, slave current address allocation flow is as shown in figure 8, comprise the following steps：
Start.
Judge whether to receive current address distribution order, continue to judge if it is not, then returning to current procedures, if so, then entering
Next step.
Whether interpretation inquires button confirmation, continues to judge if it is not, then returning to current procedures；If so, then entering next step
Suddenly.
Send address and set and confirm.
Judge whether that receiving host address confirms reply, if it is not, then returning to previous step；If so, then terminating.
When slave request address is distributed, main frame current address allocation flow is as shown in figure 9, comprise the following steps：
Open.
Judge whether that receiving slave sets Address requests, continue to send slave information inquiring command step if it is not, then entering
Suddenly；If so, then entering next step.
Stop slave information inquiring command to send.
Judge whether the address that receives legal and the free time, is illegally pointed out if it is not, then sending slave addresses, and enter and continue
Send slave information inquiring command step；If so, then entering next step.
Send slave addresses and set and confirm bag.
Continue to send slave information inquiring command.
Terminate.
When slave request address is distributed, main frame current address allocation flow as shown in Figure 10, comprises the following steps：
Start.
Judge whether to need modified address to operate, continue to judge if it is not, then returning to current procedures；If so, then entering next
Step.
Judge whether to inquire button confirmation, continue to judge if it is not, then returning to current procedures；If so, then entering next step
Suddenly.
Address requests are locally located to main frame in transmission.
Judge whether that the confirmation for receiving main frame is replied, if it is not, previous step is then returned to, if so, then entering next step.
Judge whether to receive the legal confirmation bag in address, if it is not, illegal address is then pointed out, if so, then entering next step.
Terminate.
Obviously, above-described embodiment is only intended to clearly illustrate example, and the not restriction to embodiment.It is right
For those of ordinary skill in the art, can also make on the basis of the above description it is other it is various forms of change or
Change.There is no necessity and possibility to exhaust all the enbodiments.And the obvious change thus extended out or
Among changing still in the protection domain of the invention.
Claims (5)
1. a kind of doubling winder ordered address distribution method, it is characterised in that comprise the following steps：
S1：Master control set receives work order；If work order, which is master control set, enters row address point to all single ingot control devices
With order, then into step S2；If work order, which is master control set, enters row address distribution to single single ingot control device, enter
Step S3；If work order is single single ingot control device, request master control set enters row address modification, into step S4；
S2：Master control set receives the order that all single ingot control devices are entered with row address distribution, and broadcast controls all single ingots to fill
Put into row address erasing order, and sequentially assign address to single ingot control device；
The step S2 specifically includes following steps：
S21：The master control set receives the order that all single ingot control devices are entered with row address distribution；
S22：The master control set is to all single ingot control device broadcast address erasing orders；
S23：Each single ingot control device receives the address erasing order, and raw address information is wiped；
S24：The master control set sends the distribution order of the first current address；
S25：Each single ingot control device receives the first current address distribution order, and inquires about whether button confirms, if it is not,
Then return and continue to the distribution order of the first current address；If so, then setting this according to first current address distribution order
The address allocation information of single ingot control device, and send the setting confirmation order of the first address to master control set；
S26：The master control set, which receives first address and set, confirms order, and return first receives address and set and confirms bag
Order；
S27：This single ingot control device in step S25, which receives described first and receives address and set, confirms bag order, completes first
Current address is distributed；
S28：The master control set judges whether the first current address distribution order is the distribution order of last address, if
It is that then end address is distributed, completes to distribute the address of all single ingot control devices；Ordered if it is not, then distributing next address
Order is distributed as the first current address and ordered, and return to step S24；
S3：Master control set receives the order for entering row address distribution to single single ingot control device, and single single ingot control device is entered
Row address is distributed, and the single single ingot control device receives the address distribution, and sends confirmation commands in return；
S4：Master control set receives the order of single single ingot control device request address modification, judges the request address modification
Whether the address in order is legal, and the address is distributed into the single single ingot control device if legal.
2. doubling winder ordered address distribution method according to claim 1, it is characterised in that the step S3 is specifically included
Following steps：
S31：The master control set receives the order for entering row address distribution to single single ingot control device；
S32：The master control set sends the distribution order of the second current address；
S33：Each single ingot control device receives the second current address distribution order, and inquires about whether button confirms, if it is not,
Then return and continue to the distribution order of the second current address；If so, then setting this according to second current address distribution order
The address allocation information of single ingot control device, and send the setting confirmation order of the second address to master control set；
S34：The master control set, which receives second address and set, confirms order, and return second receives address and set and confirms bag
Order；
S35：This single ingot control device in step S33, which receives described second and receives address and set, confirms bag order, completes to list
The address distribution of individual single ingot control device.
3. doubling winder ordered address distribution method according to claim 2, it is characterised in that before the step S34 also
Comprise the following steps：
S340：The master control set judges whether to receive second address and set to confirm order at regular intervals, if so, then
Into step S34；If it is not, then judging that the second current address is sent from step S32 distributes the time of the time of order till now
Whether more than 120 seconds, if being not above 120 seconds, return to step S32；If more than 120 seconds, master control set terminates to single
Single ingot control device enters row address distribution.
4. doubling winder ordered address distribution method according to claim 1, it is characterised in that the step S4 is specifically included
Following steps：
S41：Single single ingot control device judges whether to need modified address, and if desired modified address, then inquire about whether button is true
Recognize, if inquiring button confirmation, the order of request address modification is sent to master control set；
S42：The master control set receives the order of the single single ingot control device request address modification；
S43：The master control set stops sending the order that all single ingot control devices are carried out with information inquiry；
S44：The master control set judges whether the address in the order of request address modification legal and the free time, if it is not, then
The illegal prompt command in address is sent to the single single ingot control device and enters step S46；If so, then to the single single ingot
Control device sends address modification and confirms order；
S45：The single single ingot control device receives the order that the master control set is sent, and judges that the order is non-for address
Method prompt command or address modification confirm order, if the order is the illegal prompt command in address, in the single single ingot
Show that address is illegal on control device；If the order confirms order, the life that the request address is changed for address modification
The single single ingot control device is distributed in address in order, completes the request of the single single ingot control device address modification；
S46：The master control set continues to send the order that all single ingot control devices are carried out with information inquiry.
5. doubling winder ordered address distribution method according to claim 2, it is characterised in that：
Address allocation information in the step S25 and the step S33 includes distribution address value and address gaps value.
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| CN105373017A (en) | 2016-03-02 |
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Denomination of invention: A Method for Ordered Address Allocation of Spinning Machine Effective date of registration: 20230913 Granted publication date: 20171107 Pledgee: Agricultural Bank of China Limited by Share Ltd. Xinchang county subbranch Pledgor: ZHEJIANG JINMA AUTOMATION TECHNOLOGY Co.,Ltd. Registration number: Y2023980056492 |
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