CN105316874A - Operation panel and sewing machine - Google Patents
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- CN105316874A CN105316874A CN201510404144.8A CN201510404144A CN105316874A CN 105316874 A CN105316874 A CN 105316874A CN 201510404144 A CN201510404144 A CN 201510404144A CN 105316874 A CN105316874 A CN 105316874A
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Abstract
The invention provides an operation panel and a sewing machine. The connection state between the operation panel and any sewing machine can be easily ensured when a plurality of sewing machines share the operation panel. Wireless communication for setting data or commands is carried out between the operation panel (10) and the sewing machine (110). The operation panel (10) is characterized in that the operation panel (10) is provided with a panel side communication part (17) which is arranged among sewing machine side communication parts (119) of the sewing machines for carrying out non-contact short-distance wireless communication; and a communication control part which is used for sending polling data from the panel side communication part, wherein the polling data is required to be used for maintaining responses of communication connection states.
Description
Technical field
The present invention relates to a kind of guidance panel and Sewing machines.
Background technology
Making in factory etc., owing to carrying out making operation for several work classification, therefore use the multiple Sewing machines corresponding to various job class.For the above-mentioned multiple Sewing machines that purposes is different, carry out the kind of the input device of various setting and the display parameters of guidance panel, displaying contents is different.In addition, even the Sewing machines of identical type, when job class is different, the installation site of guidance panel is changed, and in addition, the kind of display parameters is different, thus expects to change its displaying contents.
Therefore, in the prior art, each guidance panel carried in the multiple Sewing machines used under above-mentioned environment is connected with server terminal via communication lines such as LAN (LocalAreaNetwork), obtain the data of the display frame corresponding to various Sewing machines from this server terminal and carry out showing (for example, referring to patent document 1).
Patent document 1: Japan Patent No. 4485086 publication
In addition, in recent years, along with the multifunction of Sewing machines, guidance panel also carries out liquid crystal panel, can realize the picture display can intuitively visually, easily carrying out operating, can carry out complicated input on guidance panel, on the other hand, guidance panel self becomes expensive gradually.
Therefore, if carry guidance panel as described in Patent Document 1 in each Sewing machines, then there are the following problems, that is, each Sewing machines itself becomes expensive, cannot meet the requirement that cost reduces.
On the other hand, when guidance panel is carried out sharing by multiple Sewing machines, if adopt wired communication, then need the replacing carrying out cable, therefore make operation become miscellaneous.Therefore, be desirably between guidance panel and Sewing machines and carry out radio communication, if but adopt WLAN, then need each Sewing machines setting IP address, its setting operation becomes numerous and diverse, and this becomes problem.
Summary of the invention
The object of the invention is to, guidance panel is carried out sharing by multiple Sewing machines, and easily carry out sending the data of each Sewing machines from guidance panel.
The invention that technical scheme 1 is recorded is a kind of guidance panel of Sewing machines, and carry out the radio communication of setting data or order between itself and Sewing machines, the feature of the guidance panel of this Sewing machines is to possess:
Panel side communication unit, carries out the wireless near field communication of non-contact type between itself and the sewing machine side communication unit being arranged in described Sewing machines; And
Communication control unit, it periodically sends polling data from described panel side communication unit, and this polling data requires the response for maintaining communication connection status.
The feature of the invention that technical scheme 2 is recorded is, in the guidance panel of the Sewing machines of technical scheme 1 record,
Described communication control unit is till receiving following response data from the control part of described Sewing machines, periodically sent by described panel side communication unit and require that the response of described response data requires data, this response data represents corresponding with the transmission of described setting data or described order data, completing or the completing of process of data of ordering
Described response is required the transmission cycle set of data must be shorter than the transmission cycle of described polling data.
The feature of the invention that technical scheme 3 is recorded is, in the guidance panel of the Sewing machines of technical scheme 1 or 2 record,
Possess input part, this input part accepts the input of described setting data or order,
Described communication control unit, after wait completes from the multiple described setting data of described input part or the input of described order, is concentrated from described panel side communication unit and is sent described setting data or described order data.
The invention that technical scheme 4 is recorded is a kind of Sewing machines, carries out the radio communication of setting data or order between the guidance panel of the Sewing machines that itself and technical scheme 1 or 2 are recorded,
The feature of this Sewing machines is, possesses sewing machine side communication unit, carries out the wireless near field communication of non-contact type between this sewing machine side communication unit and described panel side communication unit.
The invention that technical scheme 5 is recorded is a kind of Sewing machines, carries out the radio communication of setting data or order between the guidance panel of the Sewing machines that itself and technical scheme 3 are recorded,
The feature of this Sewing machines is, possesses sewing machine side communication unit, carries out the wireless near field communication of non-contact type between this sewing machine side communication unit and described panel side communication unit.
The effect of invention
The present invention carries out the wireless near field communication of non-contact type between guidance panel and the control device of Sewing machines, and thus communication unit each other communicates under close state.Therefore, even if when guidance panel is carried out sharing by multiple Sewing machines, also only can set up communications status between guidance panel and the close Sewing machines being configured with this guidance panel, not need the operation such as setting, cable connection carrying out IP address, easily carry out data transmission.
Accompanying drawing explanation
Fig. 1 is the block diagram of the schematic configuration representing sewing system.
Fig. 2 is the block diagram of the control system representing sewing system.
Fig. 3 (A) is the key diagram of the data format of the communication represented between guidance panel and Sewing machines, Fig. 3 (B) is the key diagram of the data structure representing blocks of data portion, and Fig. 3 (C) is the key diagram of the data structure representing communication header.
Fig. 4 is the sequential chart of the Control on Communication of carrying out between the CPU of the CPU of guidance panel, panel side communication control unit, sewing machine side communication control unit and Sewing machines.
Fig. 5 is the key diagram of the detailed content representing polling data.
The explanation of label
10 guidance panels
11 monitors
12 touch sensors (input part)
17 panel side communication units
18 loop aerials
19 panel side communication control units
100 sewing systems
119 sewing machine side communication units
120 loop aerials
121 sewing machine side communication control units
Detailed description of the invention
[schematic configuration of sewing system]
Below, based on Fig. 1 to Fig. 5, the sewing system 100 as embodiments of the present invention is described.Fig. 1 is the block diagram of the schematic configuration representing sewing system 100.
As shown in Figure 1, sewing system 100 guidance panel 10 that possesses multiple Sewing machines 110 and can share between above-mentioned each Sewing machines 110.In addition, be the situation of same model in Fig. 1 exemplified with multiple Sewing machines 110, but the Sewing machines of different model or different purposes also can mix existence.
[Sewing machines]
Fig. 2 is the block diagram of the schematic configuration representing the sewing system 100 be made up of Sewing machines 110 and guidance panel 10.In addition, in fig. 2, only illustrate a Sewing machines 110, other Sewing machiness 110 omit diagram.
Sewing machines 110 possesses: sewing machine electromotor 111, and it is the drive source that the needle bar kept suture needle moves up and down; Encoder 112, it detects the rotating speed of sewing machine electromotor 111; Not shown cloth feeding mechanism, it carries out cloth feeding with the spacing of giving of regulation; Line adjuster solenoid 113, it makes the tension force of reaching the standard grade that produced by line adjuster variable; Tangent line solenoid 114, it makes the tangent line cutter driving of carrying out the cut-out of reaching the standard grade and rolling off the production line when sewing finishing; ROM115, it stores control program and the primary data of each several part of Sewing machines 110; CPU116, its executive control program; RAM117, the various data relevant with the process of CPU116 are stored in workspace by it; EEPROM118, it stores the various setting datas received from guidance panel 10; Sewing machine side communication unit 119, it carries out the wireless near field communication of non-contact type; Loop aerial 120; And sewing machine side communication control unit 121, it carries out Control on Communication to sewing side communication portion 119.
Above-mentioned Sewing machines 110, by the control of CPU116, monitors the output of encoder 112, drives sewing machine electromotor 111 and make with the rotating speed set.In addition, when being set with the pin number carrying out handling the needle, the output of encoder 112 being monitored, controlling sewing machine electromotor 111 to carry out and corresponding the handling the needle of setting pin number.
Further, when be set with perform the pin number of tangent line, control, to make to perform tangent line by tangent line solenoid 114 after the handling the needle of setting pin number.
In addition, Sewing machines 110 pairs of line adjuster solenoids 113 control, and perform make with the line tension set.
In addition, sewing machine side communication unit 119, loop aerial 120 and sewing machine side communication control unit 121 are the NFC passive-type equipment following NFC (NearFieldCommunication) standard, carry out data communication according to the communicating requirement of the active equipment of NFC carried in guidance panel 10.
Above-mentioned loop aerial 120 produces induced field when electric current flows through.And, if under the state that the loop aerial 18 of guidance panel 10 described later is close with loop aerial 120, flow through electric current in a loop aerial and produce induced field, then due to electromagnetic induction also generation current in another loop aerial, loop aerial is magnetically coupling to one another.
Sewing machine side communication unit 119 utilizes the modulation flowing through the current amplitude of loop aerial 120, can send/receive various signal.
Sewing machine side communication control unit 121 controls sewing machine side communication unit 119, to carry out the sending/receiving of various specified data between the panel side communication control unit 19 arranged in guidance panel 10.The detailed content of this control describes below.
In addition, the electromagnetic induction of common NFC passive-type equipment utilization loop aerial drives equipment, therefore, it is possible to do not need power supply, but sewing machine side communication unit 119, loop aerial 120 and sewing machine side communication control unit 121 accept power supply supply from Sewing machines 110 and drive.
[guidance panel]
Guidance panel 10 possesses as shown in Figure 2: monitor 11, and it utilizes liquid crystal or organic EL etc. to carry out picture display; Touch sensor 12, it is arranged at the display frame of monitor 11 overlappingly, is carried out the input specified by touch operation; ROM13, it stores control program and the primary data of each several part of guidance panel 10; CPU14, its executive control program; RAM15, the various data relevant with the process of CPU14 are stored in workspace by it; EEPROM16, its memory is from the input of touch sensor 12 and the various setting datas set; Panel side communication unit 17, it carries out the wireless near field communication of non-contact type; Loop aerial 18; And panel side communication control unit 19, its counter plate side communication unit 17 carries out Control on Communication.
In aforesaid operations panel 10, CPU14 carries out the control utilizing monitor 11 pairs of setting screens to show, this setting screen is for carrying out the setting corresponding with the classification of Sewing machines 110 and the job class of being undertaken by Sewing machines 110, CPU14 identifies the setting content corresponding with the input operation from touch sensor 12, it can be used as setting data to be stored in EEPROM16.
In addition, when showing the input picture that the execution of various action or process is inputted in monitor 11, the execution of the various actions for Sewing machines 110 can be inputted from touch sensor 12, or input the execution of various data processing.Now, the order that CPU14 is performed to Sewing machines 110 side sending action by panel side communication unit 17, or perform the transmission of data or the requirement of data.
In addition, as noted above, panel side communication unit 17, loop aerial 18 and panel side communication control unit 19 are the active equipment of NFC following NFC (NearFieldCommunication) standard, to go forward side by side row data communication to the NFC passive-type equipment requirement communication of Sewing machines 110 side.
Above-mentioned loop aerial 18 is as noted above with the Principle of Communication of loop aerial 120.
Panel side communication unit 17 utilizes the modulation flowing through the current amplitude of loop aerial 18, can send/receive various signal.
Communication control unit 19 counter plate side, panel side communication unit 17 controls, to carry out the sending/receiving of various specified data between the sewing machine side communication control unit 121 arranged in Sewing machines 110.
In addition, guidance panel 10 can also use the smart mobile phone or flat terminal that have carried existing OS (OperatingSystem).
[Control on Communication: data format]
The Control on Communication of carrying out between the panel side communication control unit 19 and the sewing machine side communication control unit 121 of Sewing machines 110 of guidance panel 10 is described.
First, based on Fig. 3, the form of the data that send/receive between the panel side communication control unit 19 and the sewing machine side communication control unit 121 of Sewing machines 110 of guidance panel 10 is described.
Fig. 3 (A) shows the unit of panel side communication unit 17 and sewing machine side communication unit 119 data of transmission in once communicating.These data are made up of " command code " B1, " ID " B2, " service number " B3, " service code list " B4, " block number " B5, " block list " B6 and " blocks of data portion " B7.The overall format of these data follows NFC (Felica (registration mark)) standard.
In addition, the numeric representation bit number in the bracket of Fig. 3 (A).
In addition, as shown in Fig. 3 (B), " blocks of data portion " B7 is made up of " communication header " B71, " size " B72, " data portion " B73 and " CRC " B74.
As shown in Fig. 3 (C), above-mentioned " communication header " B71 is made up of " data direction " B711, " data with or without " data such as B712, " retransmission requesting " B713, " for subsequent use " B714, " Segmentation Number of partition data " B715.
" size " B72 stores the size of data of " data " B73, and " data " B73 stores setting data, command code to Sewing machines, and " CRC " B74 stores the CRC data of communication verification.
Further, in " data direction " B711 of " communication header " B71, store " 01 " from guidance panel 10 to during the data transfer of Sewing machines 110, when sending to the data of guidance panel 10 from Sewing machines 110, store " 00 ".
Each communication control unit 19,121 confirms this data setting when data receiver, carries out the judgement whether communication direction is correct.
In " data with or without " B712, the presence or absence of the data in " data portion " B73 carries out record by " 0 " (countless certificate) and " 1 " (having data).
In panel side communication unit 17 Control on Communication with sewing machine side communication unit 119, when request when poll, retransmission requesting etc. communicates, in " data portion " B73, do not store data, thus storage " 0 " in " data with or without " B712.
" retransmission requesting " B713 requires the mark of identical data again when being for being judged as abnormal in the data received by CRC check etc.When retransmission requesting is " 1 ", become the retransmission requesting of data, therefore data are with or without being set to countless certificate " 0 ".
To exceeding maximum amount of data that determined by communication protocol, that can send in a data communication (such as, when Felica (registration mark), the maximum amount of data of " blocks of data portion " B7 is 192 bytes) data volume when carrying out send/receive, need several times segmentation to be carried out to data and send.
In " Segmentation Number " B715, when carrying out above-mentioned segmentation transmission, overall transmission times and can to identify that this sends data be that the data which time sends data store as Segmentation Number.
As the setting example of partition data, the setting " 000 " when sending for 1 time that there is not partition data, when being divided into 3 times and sending, 1st transmission is set to " 011: comprise notebook data residue 3 times ", 2nd transmission is set to " 010: comprise notebook data residue 2 times ", and the 3rd transmission is set to " 001: comprise notebook data residue 1 time ".
" size " B72 represents from " communication header " B71 to " CRC " B74 the size of data of (entirety of " blocks of data portion " B7).Such as, when " data portion " B73 is 0 byte, what in " size " B72, set " communication header " B71 (1 byte)+" size " B72 (1 byte)+" CRC " B74 (2 byte) amounts to 4 bytes.
" data portion " B73 is the real data that guidance panel 10 exchanges with Sewing machines 110.Such as, the setting data etc. store the order data to Sewing machines 110, sending to Sewing machines 110.
" CRC " B74 is the abbreviation of CyclicRedundancyCheck (CRC), be for after data send to whether do not occur data omission, change the numeric data verified.
Utilize X
16+ X
12+ X
5+ 1 or X
16+ X
15+ X
2the solution that the generator polynomial of+1 grade obtains calculating from " communication header " B71 to the data of " data portion " B73, is stored in " CRC " B74.
Whether the panel side communication control unit 19 or the sewing machine side communication control unit 121 that receive data can mate with the numerical value stored in " CRC " B74 according to from " communication header " B71 to the data of " data portion " B73, and judge whether correctly to have sent data.
[Control on Communication: the process that each communication control unit carries out]
Below, according to the sequential chart of Fig. 4, illustrate between the CPU116 of the CPU14 of guidance panel 10, panel side communication control unit 19, sewing machine side communication control unit 121 and Sewing machines 110, utilize the Control on Communication using the data of above-mentioned communication format to carry out.
First, panel side communication control unit 19 is while the Control on Communication application program (program) with Sewing machines is started, via loop aerial 18 and panel side communication unit 17, carry out the retrieval of the NFC passive-type equipment (sewing machine side communication control unit 121) of Sewing machines 110 side.
If guidance panel 10 is arranged near the NFC passive-type equipment of Sewing machines 110, search complete and the foundation of the mutual copper of sewing machine side communication control unit 121 (signal exchange) in utilization, then perform the poll process for keeping communications status.In poll process, from guidance panel, Sewing machines is sent to the polling data of " 0x40044D48 ".
The detailed content of polling data as shown in Figure 5.That is, the setting content of 2 " 40 " expression " communication header " B71 of foremost, ensuing 2 " 04 " expression " size " B72,4 last " 4D48 " expression " CRC " B74.In addition, in polling data, the solid data do not sent to Sewing machines 110 side, thus " data portion " B73 does not exist.
On the other hand, if sewing machine side communication control unit 121 receives this polling data, then reply poll reply data.
Usually, not to the data that polling data is replied, thus as poll reply data, reply " 0x00044084 " of countless certificate.
On the other hand, deposit in case at asynchronous messages such as mistakes, as poll reply data, reply " 0x20aabbbbcc ".In the case, " 20 " expression " communication header " B71 of foremost; " aa " expression " size " B72; " bbbb " expression " data portion " B73, is somebody's turn to do the content that " data portion " B73 represents response message; " cc " represents " CRC " B74 calculated from 0x20aabbbbcc.In addition, about " aa ", " bbbb ", " cc ", identical definition is adopted below.
In addition, when poll reply data is partition data, panel side communication control unit 19 performs data reading process according to Segmentation Number.
Panel side communication control unit 19 using as the long cycle, hundreds of msec to the fixed intervals of the scope of several seconds, repeatedly perform the poll process sending polling data.Not shown battery, in order to improve portability, drives as power supply by guidance panel 10, if must be shorter by the transmission cycle set of polling data, then electric power consumption increases, and therefore, makes the transmission cycle longer and realizes the minimizing of power consumption.
And, when not obtaining the poll reply data from sewing machine side communication control unit 121 in during this predetermined distance, communication connection status is reset, and panel side communication control unit 19 becomes the retrieval status of the NFC passive-type equipment of Sewing machines 110 side again.
In addition, the CPU14 of guidance panel 10 during utilizing poll processing and identification to go out to be guaranteed with the communication connection status of Sewing machines 110 in, perform display on a monitor 11 and be in the control of this information of communication connection status, notify to operating personnel.
On the other hand, with under the communication connection status of Sewing machines 110, if operated the touch sensor 12 of guidance panel 10 by operating personnel, input setting data, the order indicated the action of Sewing machines, then CPU14 notifies to panel side communication control unit 19.
Then, panel side communication control unit 19 accepts the notice from CPU14, and from panel side communication unit 17 to Sewing machines, transmission setting data or order data are i.e. " 0x60aabbbbcc "." 60 " of foremost are " communication header " B71.
If sewing machine side communication control unit 121 receives setting data or order data from guidance panel 10, then reply the reception reply data (ACK:ACKnowledgement) representing and received to guidance panel 10.Then, the CPU116 of Sewing machines 110 starts to carry out the process corresponding with the setting data received or order data or control.
Further, if panel side communication control unit 19 receives the ACK from Sewing machines 110, then response is sent to Sewing machines 110 and require that data i.e. " 0x40044D48 ".
To this, if sewing machine side communication control unit 121 when receive response require data when, the process corresponding with setting data or order data or control to complete, then reply response data " 0x20aabbbbcc " to guidance panel 10.In addition, in the process corresponding with setting data or order data or when controlling not complete, reply the reception reply data " 0x00044084 " representing and received.
Further, panel side communication control unit 19, until till Sewing machines 110 response data " 0x20aabbbbcc ", periodically carries out the transmission that response requires data " 0x40044D48 " repeatedly.If this response to be required the transmission cycle of data establishes longer, then next process or control are delayed, and have an impact, therefore repeatedly perform transmission with the cycle of a few msec to tens msec shorter than the transmission cycle of polling data to operability, responsiveness.
In addition, corresponding with the transmission of setting data or order data, be not receive reply data ACK from the response of sewing machine side communication control unit 121, occur to receive mistake but retransmission requesting data namely " 0x010473B5 " when, panel side communication control unit 19 carries out setting data or the order data i.e. repeating transmission of " 0x60aabbbbcc ".
[technique effect]
As noted above, guidance panel 10 and Sewing machines 110 possess the active equipment of NFC of the wireless near field communication (such as, several centimetres in the scope of about 1m) of non-contact type respectively, can carry out the radio communication of setting data, control command.
Therefore, even if when guidance panel 10 is carried out sharing by multiple Sewing machines 110, also only communications status can be set up between guidance panel 10 and the close Sewing machines 110 being configured with this guidance panel 10, do not need the operation such as setting, cable connection carrying out IP address, easily carry out data transmission.
In addition, the panel side communication control unit 19 of guidance panel 10 must be longer by the transmission cycle set being used for the polling data maintaining communication connection status, require that by requiring the response of response data the transmission cycle set of data must be shorter than polling data, this response data represents completing of the process of completing of order or setting data.
Therefore, when the requirement of such rapid answer such as order data, setting data is high, can be replied fast, promptly can carry out processing, controlling, realize the raising of operability, responsiveness.
In addition, in during the transmission of the not too high polling data of the requirement of rapid answer, by establishing longer by its transmission cycle, thus power saving can be realized.Therefore, it is possible to use the battery with the guidance panel 10 of portability for a long time, the frequency of charging or battery altering etc. can be reduced.
In addition, the data that send/receive between the panel side communication control unit 19 and the sewing machine side communication control unit 121 of Sewing machines 110 of guidance panel 10, define data direction B711, data with or without Content of Communication such as B712 in the communication header B71 of blocks of data portion B7.
Therefore, it is possible to data content independently, follow NFC standard and carry out the communication of same format all the time.
[other]
In addition, touch sensor 12 is as the input part of input accepting setting data or order, when accepting the input from multiple setting data of this touch sensor 12 or order, panel side communication control unit 19 also can carry out Control on Communication, with after waiting for that the input of above-mentioned multiple setting data or order completes, concentrate from panel side communication unit 17 and send setting data or order data.
In the case, also can arrange in guidance panel 10 indicate the input of multiple setting data or order to complete by operating personnel complete the indicative input unit such as button, inputted as triggering signal, concentrate and send setting data or order data.
Or, when utilizing touch sensor 12 to change multiple setting data such as rotating speed and line tension of sewing machine electromotor 111, executive communication process can not be distinguished when the rotating speed of sewing machine electromotor 111 changes and when line tension changes, but complete in both settings, when execution carries out the picture conversion of monitor 11 before making process, using the triggering signal of this picture conversion as concentrated these setting datas of transmission.
And, when input do not need the setting data that carries out in real time in Sewing machines 110 side processing or controlling or order and the communication connection status of guidance panel 10 and Sewing machines 110 be not by guarantee state, can till the input of multiple setting data or order completes, do not carry out the retrieval of Sewing machines 110, Sewing machines 110 is retrieved after these have inputted, guarantee communication connection status, carry out Control on Communication by panel side communication control unit 19, thus concentrate the multiple setting data of transmission or order.
Carry out the transmission of multiple setting data or order by as noted above concentrating, thus can reduce and repeatedly send with the shorter transmission cycle chance that response requires data, realize the further power saving of guidance panel 10.
In addition, as the wireless near field communication of non-contact type, exemplified with NFC, Felica (registration mark), but be not limited thereto.Such as, also the arbitrary wireless near field communication that can carry out the communication of following distance can be utilized, namely, this distance be when make guidance panel 10 and a specific Sewing machines in multiple stage Sewing machines close to, can not guarantee mistakenly and the distance of the communication connection status of other Sewing machiness (such as several centimetres to about 1 meter).
Claims (5)
1. a guidance panel for Sewing machines, carries out the radio communication of setting data or order between itself and Sewing machines,
The feature of the guidance panel of this Sewing machines is to possess:
Panel side communication unit, carries out the wireless near field communication of non-contact type between itself and the sewing machine side communication unit being arranged in described Sewing machines; And
Communication control unit, it periodically sends polling data from described panel side communication unit, and this polling data requires the response for maintaining communication connection status.
2. the guidance panel of Sewing machines according to claim 1, is characterized in that,
Described communication control unit is till receiving following response data from the control part of described Sewing machines, periodically sent by described panel side communication unit and require that the response of described response data requires data, this response data represents corresponding with the transmission of described setting data or described order data, completing or the completing of process of data of ordering
Described response is required the transmission cycle set of data must be shorter than the transmission cycle of described polling data.
3. the guidance panel of Sewing machines according to claim 1 and 2, is characterized in that, possesses input part, and this input part accepts the input of described setting data or described order,
Described communication control unit, after wait completes from the multiple described setting data of described input part or the input of described order, is concentrated from described panel side communication unit and is sent described setting data or described order data.
4. a Sewing machines, carries out the radio communication of described setting data or described order between itself and the guidance panel of the Sewing machines described in claim 1 or 2,
The feature of this Sewing machines is,
Possess sewing machine side communication unit, between this sewing machine side communication unit and described panel side communication unit, carry out the wireless near field communication of non-contact type.
5. a Sewing machines, carries out the radio communication of described setting data or described order between itself and the guidance panel of Sewing machines according to claim 3,
The feature of this Sewing machines is,
Possess sewing machine side communication unit, between this sewing machine side communication unit and described panel side communication unit, carry out the wireless near field communication of non-contact type.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2014141883A JP6457210B2 (en) | 2014-07-10 | 2014-07-10 | Sewing machine operation panel and sewing machine |
| JP2014-141883 | 2014-07-10 |
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| Publication Number | Publication Date |
|---|---|
| CN105316874A true CN105316874A (en) | 2016-02-10 |
| CN105316874B CN105316874B (en) | 2020-10-20 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201510404144.8A Active CN105316874B (en) | 2014-07-10 | 2015-07-10 | Operation panel and sewing machine |
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| JP (1) | JP6457210B2 (en) |
| CN (1) | CN105316874B (en) |
Families Citing this family (2)
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|---|---|---|---|---|
| KR101907401B1 (en) | 2017-09-18 | 2018-12-05 | 아리인포테크 주식회사 | Operating system for textile factory |
| JP2022108621A (en) * | 2021-01-13 | 2022-07-26 | キヤノン株式会社 | Control unit, system, lithography device, method for manufacturing article, control method, and program |
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| CN105316874B (en) | 2020-10-20 |
| JP6457210B2 (en) | 2019-01-23 |
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