The present disclosure condition display device, and a yarn winding machine.
BACKGROUND
[0002]
　Determine the presence or absence of faults with respect to the yarn drawn from the yarn supplying bobbin, a yarn winding machine that forms a package by winding the yarn while removing yarn defects from the yarn if there is a yarn defect. Such yarn winding machine, for example, described in Patent Document 1.
CITATION
Patent Document
[0003]
Patent Document 1: JP 2014-19541 JP
Summary of the Invention
Problems that the Invention is to Solve
[0004]
　Here, the yarn winding machine, the winding conditions at the time of winding the yarn has been set. Similarly, the yarn winding machine, the yarn defect determining condition for determining the presence or absence of a yarn defect is set. These winding conditions and yarn defect determination criteria are managed separately by each other different control unit provided in the yarn winding machine. In the present art, the operator, it is required that can see both the winding conditions and yarn defect determination criteria.
[0005]
　Accordingly, the present disclosure, the winding conditions and yarn defect determination criteria displayable condition display both, and an object of the invention to provide a yarn winding machine.
Means for Solving the Problems
[0006]
　The present disclosure is to determine the presence or absence of faults with respect to the yarn drawn out from bobbin body, conditions in yarn winding machine that forms a package by winding the yarn while removing yarn defects from the yarn if there is a yarn defect a display device, the winding condition acquisition unit that acquires the winding condition and, determining the condition acquisition unit that acquires a yarn defect determination conditions for determining the presence or absence of a yarn defect when forming a package by winding a yarn When provided with a display unit for displaying information about the information and yarn defect determination conditions concerning a winding condition, a display control unit for displaying the information about the information and yarn defect determination conditions concerning a winding condition on the display unit, the display control unit as information regarding information and yarn defect determination conditions concerning a winding condition to be displayed on the display unit, information about been winding condition acquired in the winding condition obtaining unit, in a winding condition acquired at the winding condition acquisition unit roll Information about the yarn defect determining conditions under which the presence or absence of the yarn defect is determined for the yarn to be wound on the display unit.
[0007]
　In this condition the display device, the winding condition by winding condition acquiring unit is acquired, the yarn defect determining condition is obtained by the determination condition acquiring unit. The display unit, when the information on to take-up condition acquired in the winding condition acquisition unit, whether the yarn defect is determined for the yarn wound by the acquired winding condition winding condition acquisition unit information and is displayed regarding the yarn defect determination criteria. Thus, condition display device can display information about the take-up conditions, and both the information on the yarn defect determining conditions corresponding to the take-up condition. Thus, the operator what the yarn is wound by a winding condition, and can know whether the yarn defect in any yarn defect determining conditions for the yarn is determined.
[0008]
　The yarn winding machine, a yarn monitoring unit for monitoring the state of the yarn, a condition setting unit that sets the yarn defect determination criteria, are provided, the thread monitoring unit, a detecting unit for detecting the state of the thread , based on the set yarn defect determination condition by the detection result and the condition setting unit of the detector, and determines yarn monitoring controller the presence or absence of a yarn defect, are provided, the determination condition acquiring unit, the condition setting section a yarn defect determination conditions may be obtained from. In this case, the determination condition acquisition unit may easily be obtained a yarn defect determination condition from the condition setting unit that sets the yarn defect determination criteria.
[0009]
　The yarn winding machine, the yarn monitoring unit for monitoring the state of the thread is provided with, the thread monitoring unit, a detecting unit for detecting the state of the yarn, the detection result of the detecting portion and a preset yarn defect determining based on the conditions and determining yarn monitoring controller the presence or absence of a yarn defect, are provided, the determination condition acquisition unit may acquire the yarn defect determination criteria from the yarn monitoring controller. In this case, the determination condition acquisition unit can easily acquire the yarn defect determination criteria from the yarn monitoring controller.
[0010]
　The yarn winding machine, a detector for detecting a state of the yarn, the quality information generating unit that generates quality information of the yarn on the basis of the detection result of the detection unit, are provided, the determination condition acquiring unit, the quality estimating a yarn defect to be removed to achieve the quality of the yarn indicated quality information acquired from the information generating unit may grasp the yarn defect determination criteria based on the yarn defect of the estimated removal target. In this case, the determination condition acquisition unit, even if it is not possible to obtain a yarn defect determination criteria can directly acquire the yarn defect determination criteria based on the quality information.
[0011]
　The display control unit, in association with the winding conditions and yarn defect determination criteria, may be displayed on the display unit the quality information quality information generating unit has generated. In this case, the operator, the winding conditions, the yarn defect determination condition, and can be comparable to recognize the quality information. The operator, for example, can be considered if it is found from the quality information and the yarn quality is not good, then check the corresponding winding conditions and yarn defect determination criteria for change of each condition.
[0012]
　The yarn winding machine, a detector for detecting a state of the yarn, the quality information generating unit that generates quality information of the yarn on the basis of the detection result of the detection unit, are provided, the display control unit, the take-up in association with the conditions and yarn defect determination criteria, it may be displayed on the display unit the quality information quality information generation is generated. In this case, the operator, the winding conditions, the yarn defect determination condition, and can be comparable to recognize the quality information. The operator, for example, can be considered if it is found from the quality information and the yarn quality is not good, then check the corresponding winding conditions and yarn defect determination criteria for change of each condition.
[0013]
　The yarn winding machine, the operator is provided with the determination condition input unit for inputting a yarn defect determination condition, the determination condition acquisition unit also acquires the yarn defect determination conditions based on the input to the determination condition input unit good. In this case, the determination condition acquisition unit can acquire the yarn defect determination conditions based on operator input. Then, the display control unit may be displayed and information about been winding condition acquired in the winding condition acquisition unit, and information on a yarn defect determination condition determination condition acquiring unit based on the input of the operator obtains the display unit can.
[0014]
　The yarn winding machine, a yarn winding device winding a yarn, a winding control unit for operating the yarn winding device based on preset winding condition, are provided, the winding condition acquisition unit, You may obtain the winding condition from the winding control unit. In this case, the winding condition acquisition unit can easily get the take-up condition from the winding control unit.
[0015]
　Condition display apparatus associates a storage unit for storing a winding condition and the yarn defect determining condition, the yarn defect determination condition acquired in the acquired winding condition winding condition obtaining unit and the determination condition acquiring unit a correspondence unit to be stored in the storage unit, further comprising a correspondence unit includes a winding condition acquired at the winding condition obtaining unit, the yarn defect relative to the yarn wound by the acquired winding condition a yarn defect determining conditions under which the existence is determined, may be associated with. In this case, the storage unit includes a winding condition acquired at the winding condition acquisition unit, when the presence or absence of the yarn defect is determined for the yarn wound by the winding condition acquired at the winding condition acquisition unit of the yarn defect determination criteria, in a state where the associated can store these conditions.
[0016]
　The yarn winding machine, the operator is provided with an winding condition input unit for inputting a winding condition, the winding condition acquiring unit acquires the winding conditions based on the input to the take-up condition input section, display control unit is acquired by the yarn defect determination criteria associated with the acquired winding condition winding condition acquisition unit extracts from the storage unit, the extracted yarn defect determination condition related information and the winding condition acquisition unit it may be displayed on the display unit and the information about the take-up conditions. In this case, the operator, by entering the winding conditions, it is possible to grasp the yarn defect determining conditions associated with the entered winding conditions. Thus, for example, the operator corresponding to the input winding conditions can grasp and set in the past yarn defect determination criteria.
[0017]
　Yarn defect determination condition acquired by the determination condition acquisition unit may include a name assigned to at least yarn defect determination conditions. In this case, the display unit, at least the name is displayed as information on the yarn defect determining conditions. Thus, the operator, by viewing the displayed names on the display unit, can grasp the yarn defect determination criteria.
[0018]
　Determination condition acquisition unit, together Tagged name in yarn defect determination criteria may acquire the set value as a yarn defect determination criteria. In this case, the display unit, at least name and set value are displayed as information about a yarn defect determination conditions. Thus, the operator, by viewing the names and setting values ​​displayed on the display unit, can grasp the details of the yarn defect determination criteria.
[0019]
　Condition display apparatus further comprises an operating information acquisition unit that acquires the operation status of the yarn winding machine, the display control unit, in association with the winding conditions and yarn defect determination criteria, displays the operation status of the operation information acquiring unit acquires it may be displayed on the part. In this case, the operator, the winding conditions, the yarn defect determination condition, and can be comparable to visually recognize the operating status. Then, the operator, it is possible to understand the impact on the operational status of each condition, to examine the changes and the like of each condition. For example, if the yarn splicing count (yarn breakage count) is large, the operator whether there is a problem in the winding condition, or the yarn defect determination condition is to check stringent of, it is possible to examine the change of the conditions.
[0020]
　The yarn winding machine, the yarn breakage detection unit for detecting a yarn breakage is provided with, the display control unit, along with information about the yarn defect determination criteria, yarn breakage detection section is displayed on the display unit a yarn breakage number of detected it may be. Thus, the operator can check the yarn breakage count, consider the change of the conditions.
[0021]
　The yarn winding machine, a yarn winding device winding a yarn, a winding control unit for operating the yarn winding device, based on the winding conditions, the yarn defect determining relative judges yarn monitoring controller the presence or absence of a yarn defect a monitoring unit controller for setting conditions, it is provided, and the take-up control unit and the monitoring unit control device are mutually different control unit, the take-up control unit manages the winding condition, the monitoring unit controls apparatus manages the yarn defect determination criteria, the winding condition acquiring unit acquires the winding condition from the winding control section, the determination condition acquisition unit also acquires the yarn defect determination condition from the monitor unit controller good. Thus, condition display apparatus can respectively acquire the winding condition and the yarn defect determination condition from the winding control unit and the monitoring unit controller.
[0022]
　The yarn winding machine, a yarn winding device winding a yarn, a winding control unit for operating the yarn winding device, based on the winding conditions, the yarn defect determining condition for determining thread monitor controlling the presence or absence of a yarn defect on the basis of a yarn monitor having a section, are provided with a different control unit is a take-up control unit and the thread monitoring control unit, the take-up control unit manages the winding conditions, the yarn monitoring controller manages a yarn defect determination criteria, the winding condition acquiring unit acquires the winding condition from the winding control section, the determination condition acquisition unit may acquire the yarn defect determination criteria from the yarn monitoring controller. Thus, condition display apparatus can respectively acquire the winding condition and the yarn defect determination condition from the winding control unit and the thread monitoring controller.
[0023]
　Yarn winding machine of the present disclosure, the above condition display device, and a yarn supplying portion for supporting the wound body, a winding section to form a package by winding a yarn drawn out from winding body, the yarn supplying portion and the winding It is disposed between the isolation portion, and a thread monitoring unit for monitoring the state of a traveling yarn toward the winding section from the yarn supplying section.
[0024]
　In this yarn winding machine, the display unit, information concerning a yarn defect determination criteria are displayed. Thus the operator, by viewing the display unit, what yarn is wound by the winding conditions, and the like what presence or absence of a yarn defect in the yarn defect determination condition is determined for the yarn it can be grasped.
The invention's effect
[0025]
　According to the present disclosure, it is possible to display both the winding conditions and yarn defect determination criteria.
BRIEF DESCRIPTION OF THE DRAWINGS
[0026]
[1] Figure 1 is a block diagram showing the configuration of a yarn winding machine embodiment.
FIG. 2 is a block diagram showing the configuration of a yarn winding unit in Figure 1.
FIG. 3 is a block diagram showing the structure of a frame control device of FIG.
[4] FIG. 4 is a diagram showing an example of a display screen displayed on the touch panel.
DESCRIPTION OF THE INVENTION
[0027]
　Hereinafter, embodiments of the conditions the display device of the present disclosure has been applied yarn winding machine will be described in detail with reference to the accompanying drawings. The same reference numerals are assigned to the same or corresponding portions in the respective drawings, without redundant description.
[0028]
　As shown in FIG. 1, the yarn winding machine 1 includes a plurality of yarn winding units (yarn winding device) 2, a plurality of unit control unit 3, the frame control device 4, the monitoring unit controller 5 (condition setting parts, and a quality information generation unit), a. Yarn winding machine 1 is an automatic winder. Each yarn winding unit 2 forms a package by winding a yarn drawn out from winding body. Note that the wound body, for example, a yarn supplying bobbin 21a (see FIG. 2) or feeding packages. In the present embodiment, as wound body, the yarn supplying bobbin 21a is used. Each unit control unit 3 is provided for each one of the yarn winding unit 2, controls the operation of the yarn winding unit 2 under management. Frame control device 4 communicates with each unit control device 3 controls the operation of the yarn winding unit 2. Each unit control unit 3 is provided for each of the plurality of yarn winding units 2 may control the plurality of operation of the yarn winding unit 2 under management.
[0029]
　Unit control unit 3, the frame control device 4, and the monitoring unit controller 5, respectively, processor, memory, and is configured as a computer system including a storage and communication devices. In each control unit, the processor executes the predetermined software loaded in a memory or the like (a program), reading of data in the memory and storage and writing, as well, by controlling communication between the control unit by the communication device , the function of the control units to be described later are realized.
[0030]
　As shown in FIG. 2, the yarn winding unit 2 includes a yarn supplying portion 21, a tension applying section 22, a tension detection unit 23, a yarn monitoring device (yarn monitor unit, yarn breakage detector) and 24, a yarn splicing and parts 25, and a winding section 26, the.
[0031]
　Yarn supplying section 21 supplies the yarn. Yarn supplying portion 21 is constituted by the bobbin supporting apparatus that supports a yarn supplying bobbin 21a. The yarn supplying bobbin 21a, the yarn is wound up. Tension applying unit 22 applying tension drawn from the yarn supplying bobbin 21a to the traveling yarn toward the winding section 26. Tension applying section 22 is a gate type tension applying device or a disk-type tension applying device and the like. Tension detecting unit 23 detects the tension generated in the yarn when the yarn is wound. Unit control unit 3, as the tension imparted to the yarn by a tension applying unit 22 becomes the target value, based on the tension detected by the tension detection unit 23, feedback control of the command value input to the tension applying portion 22 to.
[0032]
　Yarn monitor apparatus 24 monitors the state of a traveling yarn toward the yarn supplying portion 21 to the take-up unit 26, detects the yarn defect. Yarn monitoring device 24 includes a detecting portion 24a, and a yarn monitor control unit 24b. Detector 24a detects the state of the yarn. Specifically, the detection unit 24a, an optical sensor for detecting the temporal change of the thickness of the yarn by a change in the amount of received light yarn is irradiated with light, or by passing the yarn capacitance in an electric field by changing a capacitance type sensor for detecting a temporal change in fiber content of the yarn. Detecting unit 24a, a waveform signal indicating a temporal change in thickness or amount of fibers of the yarn and outputs a yarn monitor control unit 24b.
[0033]
　Yarn monitor control unit 24b, based on the input waveform signal, determines the presence or absence of a yarn defect. If there is a yarn defect, a yarn monitoring controller 24b cuts the yarn by actuating the cutter. Cutter, may be provided to the yarn monitoring device 24 may be provided in an appropriate place other than the yarn monitoring device 24 in the yarn winding unit 2.
[0034]
　More specifically, yarn monitor control unit 24b, an input waveform signal (detection result of the detection section 24a), based on the yarn defect determination conditions set in advance, determines the presence or absence of a yarn defect. In the present embodiment, the yarn defect determining condition is set by the monitoring unit controller 5. The yarn defect determining conditions, the yarn which state is one of the conditions determining the yarn defect. The yarn defect determination condition, various setting items (setting values) for determining the presence or absence of the yarn defect is included. That is, the yarn defect determination conditions, a mass of various setting items for judging the yarn defect (lot). For example, the yarn defect determination condition may include the length and thickness or fiber content of the yarn defects to be removed. Yarn defect determination condition is, for example, the quality required for the yarn is changed by the specifications.
[0035]
　Yarn monitor control unit 24b, when detecting a yarn defect, and outputs a yarn defect detection signal to the unit control device 3. Also, yarn monitor control unit 24b outputs the detection result of the detecting portion 24a to the monitoring unit controller 5. Incidentally, the yarn monitoring device 24 can also be detected velocity of the traveling yarn toward the yarn supplying portion 21 to the take-up unit 26, foreign matter contained in the yarn, a yarn breakage or the like.
[0036]
　Monitor controller 5 is communicatively connected to a plurality of yarn monitor control unit 24b, and manages the overall multiple yarn monitor control unit 24b. Monitor controller 5 transmits a yarn defect determination criteria to each yarn monitor control unit 24b, receives the detection result of the detecting unit 24a from the yarn monitor control unit 24b. That is, the monitoring unit controller 5 sets the yarn defect determination criteria yarn monitor control unit 24b. Monitor controlling device 5 outputs a yarn defect determination criteria frame control device 4. The monitoring unit controller 5 generates quality information indicating the quality of the yarn on the basis of the detection result of the detection unit 24a, and outputs to the frame control device 4.
[0037]
　The yarn splicing unit 25, or the yarn is cut to remove a yarn defect detected by the yarn monitoring device 24, when a yarn breakage has been detected or by the yarn monitoring device 24, a yarn of the yarn supplying portion 21 side It performs a yarn splicing operation splicing a yarn winding section 26 side. The yarn splicing unit 25, the first thread catching device is constituted by a second thread catching device and the yarn splicing device or the like. First thread catching device is guided to the yarn splicing device to catch the yarn on the yarn supplying section 21 side by the suction action. Second thread catching device is guided to the yarn splicing device captures the yarn winding section 26 side by the suction action. Yarn splicing device, splicer using compressed air, a knotter or the like splicing Pisa, or yarns mechanically using a seed yarn splicing guide yarn together.
[0038]
　Winding section 26 to form a package 26a by winding the yarn on a bobbin. Winding section 26 is constituted by a cradle arm, take-up drum or the like. Cradle arm rotatably supports a package 26a. Winding drum rotates the package 26a in contact with the surface of the package 26a supported on the cradle arm. Further, the winding drum is formed traverse grooves, the traverse grooves, and traverses the yarn a predetermined width with respect to the rotating package 26a. The motor is may be configured to drive directly rotate the package 26a, there is no traverse grooves on the winding drum, may be configured to include a traversing device separate (e.g. traverse arm).
[0039]
　As shown in FIG. 3, the frame control device 4 includes a touch panel 41, a take-up control unit 42, a winding condition acquiring unit 43, a determination condition acquisition unit 44, an operation information acquiring unit 45, a display control and parts 46, and a association unit 47, a storage unit 48, a. The touch panel 41, the winding condition acquisition unit 43, the determination condition acquisition unit 44, operation information obtaining unit 45, the display control unit 46, association unit 47 and the storage unit 48, the information about the information, and yarn defect determination conditions concerning a winding condition functions as condition display unit 40 for displaying. That is, in the present embodiment, condition display apparatus 40 is incorporated in the frame control device 4 for controlling the yarn winding unit 2.
[0040]
　The touch panel 41, and displays various types of information to be presented to the operator, and receives the input of various kinds of information by the operator. In the present embodiment, the touch panel 41 can display information about information and yarn defect determination conditions concerning a winding condition. The touch panel 41 can accept input of the input and the yarn defect determining condition of the winding condition by the operator. The operator, by entering the winding conditions and yarn defect determination condition on the touch panel 41, it is possible to set the winding conditions and yarn defect determination criteria. Thus, the touch panel 41 functions as a display unit, also functions as a winding condition input unit and the determination condition input unit.
[0041]
　Winding control unit 42 operates the respective units of the yarn winding unit 2 based on preset winding condition by the operator winds the yarn. The take-up condition is a condition for determining whether wound in what state the thread. The winding conditions, various setting items (setting values) for winding a yarn are included. That is, the winding conditions, a mass of various setting items for winding a yarn (lot). For example, the take-up condition, the tension of the strength to be imparted to the yarn by a tension applying unit 22, and may include a winding speed of the yarn in the winding section 26. Winding conditions include, for example, the quality required for the yarn is changed by the specifications.
[0042]
　Winding condition acquisition unit 43 acquires the winding conditions when the yarn winding unit 2 forms a package 26a by winding the yarn. Specifically, for example, the winding condition acquisition unit 43 may be from the winding control section 42, it obtains the set winding conditions to the winding control section 42. Further, the winding condition acquisition unit 43 may acquire the winding condition inputted by the operator to the touch panel 41. Incidentally, the operator is decided to enter a winding condition on the touch panel 41 also includes the select various setting items mass (lot).
[0043]
　Determination condition acquisition unit 44, the yarn monitoring controller 24b of the yarn monitoring device 24 acquires the yarn defect determination conditions for determining the presence or absence of a yarn defect. Specifically, for example, the determination condition acquisition unit 44, by communicating with the monitoring unit controller 5, the monitoring unit controller 5, to acquire the set yarn defect determination criteria yarn monitor control unit 24b can. The determination condition acquisition unit 44 may acquire the yarn defect determination criteria entered by the operator on the touch panel 41. For example, the determination condition acquisition unit 44 is input to the touch panel 41 when the operator sets the yarn defect determination criteria yarn monitor control unit 24b (or touch panel separately provided exclusively yarn monitor device 24 and the touch panel 41) it may acquire the yarn defect determination criteria. Incidentally, the operator is decided to enter the yarn defect determination criteria on the touch panel 41 also includes the select various setting items mass (lot).
[0044]
　The determination condition acquisition unit 44 acquires the quality information of the yarn from the monitoring unit controller 5 may grasp the yarn defect determination condition based on the obtained quality information. Specifically, the determination condition acquisition unit 44, the yarn defect determining acquired to estimate the yarn defects to be removed to achieve the quality of the yarn indicated quality information, based on the yarn defect of the estimated removal target to understand the conditions. Incidentally, quality information determination condition acquisition unit 44 acquires from the monitoring unit controller 5 may be a grade information representing the yarn grade quality. In this case, the determination condition acquisition unit 44 estimates a yarn defect to be removed to achieve the grade of the thread indicated by the grade information, grasps the yarn defect determination criteria based on the yarn defect of the estimated removal target it may be.
[0045]
　Determination condition acquisition unit 44, a yarn defect determination condition, acquires the name given to at least the yarn defect determination conditions. Note that the name assigned to the yarn defect determination criteria may be a name of its own yarn defect determination criteria may be identification information such as the identification number for specifying the name of the yarn defect determination criteria . Alternatively, the determination condition acquisition unit 44, a yarn defect determination criteria, along with Tagged name in yarn defect determination criteria may acquire the set value as a yarn defect determination criteria.
[0046]
　Operation information acquisition unit 45 acquires the operation status of yarn winding machine 1. The operational status, for example, yarn breakage count (yarn splicing count), which contains the actual information of the winding speed of the yarn. Operation information acquisition unit 45 acquires operation information from the yarn monitoring device 24 and the winding controller 42 and the like.
[0047]
　The display control unit 46, information about been winding condition acquired in the winding condition acquisition unit 43, and information about yarn defects determination condition acquired by the determination condition acquisition unit 44 is displayed on the touch panel 41. More specifically, the display control unit 46, as information on the take-up conditions and the yarn defect determining condition is displayed on the touch panel 41, and the information about the acquired winding condition winding condition acquiring unit 43, the winding condition acquisition unit yarn monitor control unit 24b with respect to the winding yarn is taken by the acquired winding condition 43 is displayed on the information about the yarn defect determination criteria, the touch panel 41 when determining the presence or absence of the yarn defect. Thus, the display control unit 46, information about the take-up condition, and displays the information on the yarn defect determining conditions corresponding to the winding condition on the touch panel 41.
[0048]
　The display control unit 46, as information about the winding conditions and yarn defect determination condition is a state of being displayed simultaneously on the touch panel 41, even if the information about the yarn defect determination condition is displayed on the touch panel 41 with information about the take-up conditions good. The display control unit 46, based on the switching operation of the operator, the information on the winding conditions, it may be possible to be displayed on the touch panel 41 switch between the information on the yarn defect determining conditions corresponding to the take-up condition.
[0049]
　The display control unit 46, if after the winding conditions and yarn defect determination conditions are acquired in each winding condition acquisition unit 43 and the determination condition acquisition unit 44, prior to the winding start of the yarns in the yarn winding unit 2, the winding taken in, and can also display the information about the winding conditions and yarn defect determination criteria on the touch panel 41 at any timing after the winding completion.
[0050]
　The display control unit 46, when displaying the information about the winding conditions and yarn defect determination criteria on the touch panel 41, the quality information of the yarn obtained from the monitoring unit controller 5 in association with the winding conditions and yarn defect determination criteria it may be displayed. The quality information of the yarn and is quality information of the yarn when the winding and determination of the presence or absence of the yarn defect has been performed by winding conditions and yarn defect determination condition is displayed on the touch panel 41.
[0051]
　The display control unit 46, when displaying the information about the winding conditions and yarn defect determination criteria on the touch panel 41 to display the operating status of connection with the winding conditions and yarn defect determination condition acquired by the operation information obtaining unit 45 it may be. The display control unit 46, when displaying the information about the winding conditions and yarn defect determination criteria on the touch panel 41 may display the detected yarn breakage count yarn monitoring device 24. The The yarn break times, for example, be a winding yarn breaking times from the beginning of the package 26a when operating the yarn winding unit 2 in the winding conditions and yarn defect determination condition is displayed on the touch panel 41.
[0052]
　Association unit 47 associates the yarn defect determination criteria obtained as has been winding condition acquired in the winding condition acquisition unit 43 in the determination condition acquisition unit 44 is stored in the storage unit 48. More specifically, association unit 47, whether the yarn monitor control unit 24b is a yarn defect and a take-up condition acquired at the winding condition acquiring unit 43, with respect to the yarn wound by the acquired winding condition associating a yarn defect determination conditions for determining. The association unit 47 stores the association was winding conditions and yarn defect determination condition in the storage unit 48.
[0053]
　Association unit 47 may obtain the quality information of the yarn from the monitoring unit controller 5. In this case, association unit 47, in addition to the winding conditions and yarn defect determination criteria, quality information of the thread determination is made of whether the winding and yarn defect in the winding condition and the yarn defect determining conditions also the it may be associated to the winding conditions and yarn defect determination criteria. The association unit 47 associates were winding conditions, the yarn defect determining conditions, and may be stored quality information in the storage unit 48.
[0054]
　Moreover, association unit 47, the detected yarn breakage count yarn monitoring device 24, and for also acquired operation information in the operation information obtaining unit 45, similarly to the quality information of the yarn winding conditions and the yarn defect determining it may be stored in the storage unit 48 in association with the condition.
[0055]
　The display control unit 46 may be based on the information stored in the association unit 47 displays the information about the winding conditions and yarn defect determination criteria on the touch panel 41. For example, the yarn defect determining condition in a state that is not set in the yarn monitoring controller 24b. Then, the operator inputs the winding condition via the touch panel 41, the winding condition acquisition unit 43 acquires the winding conditions. In this case, the display control unit 46 extracts the yarn defect determination criteria associated with the acquired winding condition winding condition acquisition unit 43 from the storage unit 48, information about the extracted yarn defect determination criteria and the winding and information about the acquired winding condition in the condition acquisition unit 43 may be displayed on the touch panel 41. At this time, the display control unit 46, for the quality information of the yarn associated with the winding conditions and yarn defect determination condition is displayed on the touch panel 41, is displayed on the touch panel 41 in association with the winding conditions and yarn defect determination criteria it may be. The display control unit 46, as well as the quality information of the yarn, for the quality information of yarn breakage count and the yarn may be displayed on the touch panel 41 in association with the winding conditions and yarn defect determination criteria.
[0056]
　Thus, the operator, by entering the winding conditions, it is possible to grasp information about the yarn defect determination criteria corresponding to the input winding conditions and quality information of the yarn or the like. That is, the operator, the yarn defect determining conditions used in yarn monitor control unit 24b in the past with respect to the yarn wound with the entered winding conditions to determine the presence or absence of yarn defect, quality information of the yarn in the condition, it is possible to grasp yarn breakage number of times, and the operating status.
[0057]
　Here, the display control unit 46, as information on the take-up condition, which is set for each winding condition (attached) Name of the winding conditions (e.g., lot name) can also be displayed on the touch panel 41. Similarly, the display control unit 46, as information about the yarn defect determination criteria, set for each yarn defect determination criteria (attached) Name of yarn defect determination criteria (e.g., lot name) to display on the touch panel 41 it may be. The operator, by checking the names of names and yarn defect determination criteria for the displayed winding condition on the touch panel 41, it is possible to grasp the winding conditions and yarn defect determination criteria.
[0058]
　The display control unit 46, as information on the take-up condition, the setting value of a setting item of the set winding conditions for each winding condition may be displayed on the touch panel 41. Similarly, the display control unit 46, as information about the yarn defect determination condition, the setting value of a setting item of the set yarn defect determination conditions for each yarn defect determination condition may be displayed on the touch panel 41. The display control unit 46, as information on the take-up condition, together with the names of the winding conditions may display the set value of the setting items of the winding conditions on the touch panel 41. Similarly, the display control unit 46, as information about the yarn defect determination criteria, along with the name of the yarn defect determination condition, the setting value of the setting item of the yarn defect determination condition may be displayed on the touch panel 41.
[0059]
　Associating section 47, when associating the winding condition and the yarn defect determination condition, rather than the various setting items may be associated with the name of the name and the yarn defect determining condition of the winding conditions. Association unit 47 may store the name of the name and the yarn defect determining conditions associated with the winding condition in the storage unit 48.
[0060]
　Figure 4 shows an example of a display screen displayed on the touch panel 41. In the example shown in FIG. 4, divided into a plurality of the yarn winding unit 2 in the as "Group 2", "Group 1", and the winding condition and the yarn defect determination condition is displayed for each group. For example, for group 1, and the take-up conditions of the name "winding lot Setting 1", a variety of setting items in this take-up conditions (take-up condition 1, the take-up condition 2, ... the take-up conditions X) of settings and are displayed. Further, the name "determination lot setting A" yarn defect determining conditions corresponding to the take-up condition is displayed.
[0061]
　Display screen example shown in FIG. 4, for example, winding the operator inputs the winding conditions, the yarn defect detection condition display control unit 46 corresponding to the input winding condition extracted from the storage unit 48, input display control unit 46 and information about the information extracted yarn defect determination conditions concerning a condition preparative may be a display screen example when is displayed on the touch panel 41. Display screen example shown in FIG. 4, for example, the winding condition acquisition unit 43 and the determination condition acquisition unit 44, respectively acquire current yarn winding the winding condition and the yarn defect determining condition is set to the unit 2, acquires display control unit 46 information relating to information and yarn defect determination conditions concerning a winding condition may be a display screen example when is displayed on the touch panel 41 that is.
[0062]
　As described above, in the condition display apparatus 40, the winding condition is obtained by winding condition acquiring unit 43, a yarn defect determination condition by the determination condition acquisition unit 44 is acquired. Yarn The touch panel 41, the information on to take-up condition acquired in the winding condition acquiring unit 43, the yarn monitoring controller 24b relative to the yarn wound by the acquired winding condition winding condition acquisition unit 43 information about the yarn defect determining condition for determining the presence or absence of a defect, is displayed. Thus, condition display apparatus 40 can display information about the take-up conditions, and both the information on the yarn defect determining conditions corresponding to the take-up condition. Thus, the operator what the yarn is wound by a winding condition, and can know whether the yarn defect in any yarn defect determining conditions for the yarn is determined.
[0063]
　Determination condition acquisition unit 44, the monitor unit controller 5, it is possible to obtain a set yarn defect determination criteria yarn monitor control unit 24b. In this case, the determination condition acquisition unit 44, the yarn defect determination condition can be easily obtained from the monitoring unit controller 5.
[0064]
　Determination condition acquisition unit 44 acquires the quality information of the yarn from the monitoring unit controller 5, it is possible to grasp the yarn defect determination condition based on the obtained quality information. In this case, the determination condition acquisition unit 44, even if it is not possible to obtain a yarn defect determination criteria can directly acquire the yarn defect determination criteria based on the quality information.
[0065]
　Determination condition acquisition unit 44 may acquire the yarn defect determination criteria based on the input to the touch panel 41 by the operator. In this case, the determination condition acquisition unit 44, even if it is not possible to communicate with the monitoring unit controller 5 can obtain the yarn defect determination conditions based on operator input. Then, the display control unit 46, information about been winding condition acquired in the winding condition acquisition unit 43, and information about the yarn defect determination condition determination condition acquisition unit 44 based on the input of the operator acquired touch panel 41 it can be displayed.
[0066]
　Winding condition acquisition unit 43 may be from the winding control section 42, it obtains the set winding conditions to the winding control section 42. In this case, the winding condition acquisition unit 43 can easily acquire the winding condition from the winding control unit 42.
[0067]
　Associating section 47 includes a winding condition acquired at the winding condition acquiring unit 43, the yarn monitoring controller 24b is a yarn defect relative to the yarn wound in by the winding condition acquired in the winding condition acquisition unit 43 associating a yarn defect determination conditions for determining the presence or absence of. Association unit 47 can store the association was winding conditions and yarn defect determination condition in the storage unit 48. In this case, the storage unit 48, and the winding conditions, in a state in which the yarn defect determination criteria corresponding to the take-up condition is associated, it is possible to store these conditions.
[0068]
　The display control unit 46, when the take-up condition acquisition unit 43 based on the input to the touch panel 41 of the operator obtains the winding conditions, stores associated with the acquired winding condition yarn defect determination criteria unit extracted from the 48. Then, the display control unit 46 includes information about the extracted yarn defect determination criteria, and displays the information about the acquired winding condition winding condition acquisition unit 43 on the touch panel 41. In this case, the operator, by entering the winding conditions, it is possible to grasp the yarn defect determining conditions associated with the entered winding conditions. For example, the operator, after entering the winding conditions, check the yarn defect determination criteria that are displayed on the touch panel 41 may set the yarn defect determination criteria for yarn monitoring controller 24b. Thus, for example, the operator corresponding to the input winding conditions can grasp and set in the past yarn defect determination criteria.
[0069]
　The display control unit 46, when the determination condition acquisition unit 44 based on the input to the touch panel 41 of the operator obtains the yarn defect determination criteria, the associated with the acquired yarn defect determination criteria winding condition extracting from the storage unit 48. Then, the display control unit 46 includes information about the extracted winding condition, and information about the yarn defect determination condition acquired by the determination condition acquisition unit 44 may be displayed on the touch panel 41.
[0070]
　The display control unit 46, in association with the winding conditions and yarn defect determination criteria, and displays the quality information of the yarn on the touch panel 41. In this case, the operator, the winding conditions, the yarn defect determination condition, and can be comparable to recognize the quality information. The operator, for example, can be considered if it is found from the quality information and the yarn quality is not good, then check the corresponding winding conditions and yarn defect determination criteria for change of each condition.
[0071]
　The display control unit 46, as information about the yarn defect determination criteria, and displays the name of the yarn defect determination criteria on the touch panel 41. In this case, the operator, by viewing the displayed name on the touch panel 41, can grasp the yarn defect determination criteria.
[0072]
　The display control unit 46, as information about the yarn defect determination criteria, along with the name of the yarn defect determination criteria, to display the set value as a yarn defect determination criteria on the touch panel 41. Thus, the operator, by viewing the displayed name and set value on the touch panel 41 can grasp the details of the yarn defect determination criteria.
[0073]
　The display control unit 46, together with information concerning a yarn defect determining condition, and displays the operation status of the operation information acquiring unit 45 acquires the touch panel 41. In this case, the operator, the winding conditions, the yarn defect determination condition, and can be comparable to visually recognize the operating status. Then, the operator, it is possible to understand the impact on the operational status of each condition, to examine the changes and the like of each condition. For example, if the yarn splicing count (yarn breakage count) is large, the operator whether there is a problem in the winding condition, or the yarn defect determination condition is to check stringent of, it is possible to examine the change of the conditions.
[0074]
　The display control unit 46, together with information concerning a yarn defect determining condition, and displays the detected yarn breakage count yarn monitoring device 24 on the touch panel 41. In this case, the operator can check the yarn breakage count, consider the change of the conditions.
[0075]
　Having described embodiments of the present disclosure, the disclosure is not limited to the above embodiment. For example, condition display apparatus 40 is not limited to that provided in the frame control device 4. Condition display apparatus 40 may be provided in the unit control device 3 may be provided independently of the unit control device 3 and the frame control device 4 and the like. Winding condition input unit for an operator to input the winding conditions, and the determination condition input unit for inputting a yarn defect determination condition may be constituted by a separate operation buttons and a touch panel 41. The touch panel may be provided separately in the frame control device 4 and the monitor controller 5.
[0076]
　Yarn monitoring device 24 may not include the determining yarn monitoring controller 24b whether a yarn defect. In this case, for example, the unit control device 3, the frame control device 4, or the monitoring unit controller 5 may determine the presence or absence of a yarn defect on the basis of the detection result of the detecting section 24a and the yarn defect determination criteria. The yarn winding machine 1 may not include the monitor control unit 5. In this case, the yarn monitoring controller 24b is in direct communication with the unit control device 3 or the frame control device 4, or in communication with the frame control device 4 via the unit control apparatus 3, the detection result of the detecting section 24a or and outputs a yarn defect determination criteria unit control device 3 or the frame control device 4. Thus, the determination condition acquisition unit 44 can acquire the yarn defect determination criteria from the yarn monitoring device 24.
[0077]
　Winding conditions and yarn defect determination condition storing unit 48 stores is not limited to the frame control device 4 are available, the yarn monitoring device 24 may also be available.
[0078]
　Here, the winding condition and the yarn defect determining conditions, different control unit from each other (e.g., the controller which is installed away from each other, the control unit is composed of a separate substrate. In the above embodiments, the winding control unit 42 and the monitoring unit controller 5, or is managed by a take-up controller 42 and the yarn monitoring controller 24b.). That is, the winding condition and the yarn defect determination condition, for example, the control unit is stored in the storage section having, respectively. In the above embodiment, the take-up condition, the storage unit 48 in association with the winding condition and the yarn defect determination conditions, may serve a function of storing the winding conditions. Condition display apparatus 40 of the present embodiment acquires the winding condition and the yarn defect determination condition from the control unit (read from the storage unit), stores the acquired both conditions in the storage unit 48, displayed on the touch panel 41 it can be.
DESCRIPTION OF SYMBOLS
[0079]
　1 ... yarn winding machine, 2 ... yarn winding unit (yarn winding device), 5 ... monitor controller (condition setting unit, quality information generating unit), 21a ... supply bobbin, 24 ... thread monitoring device (yarn monitor unit, yarn breakage detector) 24a ... detection unit, 24b ... yarn monitor control unit, 26a ... package 40 ... condition display device, 41 ... touch panel (display unit, the take-up condition input section, determination condition input unit), 42 ... winding controller preparative, 43 ... winding condition acquisition unit, 44 ... judging condition acquisition unit, 45 ... operation information obtaining unit, 46 ... display controller, 47 ... association unit, 48 ... storage unit.

WE claims

Determine the presence or absence of faults with respect to the yarn drawn out from bobbin body, conditions in yarn winding machine that forms a package by winding the yarn while removing the yarn defect from the yarn if there is a thread defect a display device,
　and a winding condition acquisition unit that acquires the winding conditions for forming the package by winding the yarn,
　determined to obtain a yarn defect determination conditions for determining the presence or absence of the yarn defect a condition acquiring unit,
　the display unit to display information about the information and the yarn defect determination conditions concerning a winding condition and,
　wherein the display control unit information about the information and the yarn defect determination conditions concerning a winding condition to be displayed on the display unit When,
with a
　said display control unit is configured as the information about the information relating to the winding condition to be displayed on the display unit and the yarn defect determining conditions acquired in the winding condition acquisition portion and the Information about preparative conditions, and information on the yarn defect detection condition when the presence or absence of the yarn defect is determined for winding the yarn to be wound by said winding condition acquired in the winding condition acquisition unit It is displayed on the display unit, condition display device.
[Requested item 2]
　The said yarn winding machine,
　a yarn monitoring unit for monitoring the state of the yarn,
　a condition setting unit that sets the yarn defect determination criteria,
are provided,
　the thread monitoring unit,
　the state of the thread a detection unit detecting that,
　based on the set the yarn defect determination criteria by the detection result of the detecting unit and the condition setting section, a determining yarn monitoring controller the presence or absence of the yarn defect,
are provided,
　the determination condition acquiring unit acquires the yarn defect determination condition from the condition setting section, the condition display device according to claim 1.
[Requested item 3]
　The said yarn winding machine, and the thread monitoring unit is provided to monitor the state of the thread,
　the thread monitoring unit,
　a detecting unit for detecting the state of the yarn,
　the detection result and a preset of the detector on the basis of the said yarn defect determination criteria, and determines yarn monitoring controller the presence or absence of the yarn defect,
are provided,
　the determination condition acquiring unit, the yarn defect determining condition from the yarn monitoring controller acquiring, condition display device according to claim 1.
[Requested item 4]
　The said yarn winding machine,
　a detector for detecting a state of the yarn,
　the quality information generating unit that generates quality information of the yarn on the basis of the detection result of the detecting unit,
are provided,
　the determination condition acquisition unit, the yarn on the basis of the yarn defect to estimate, estimated the yarn defect to be removed has to be removed to achieve the quality of the yarn showing the quality information acquired from the quality information generating unit to grasp the defect determination condition, condition display device according to claim 1.
[Requested item 5]
　The display controller, in association with the winding condition and the yarn defect determining conditions, the quality information generating unit to display the generated said quality information to said display unit, condition display device according to claim 4.
[Requested item 6]
　The said yarn winding machine,
　a detector for detecting a state of the yarn,
　the quality information generating unit that generates quality information of the yarn on the basis of the detection result of the detecting unit,
are provided,
　wherein the display control parts are in association with the winding condition and the yarn defect determining conditions, the quality information generated to display the generated said quality information to said display unit, condition display according to any one of claims 1 to 3 apparatus.
[Requested item 7]
　The said yarn winding machine, the operator has the determination condition input unit is provided for inputting the yarn defect determination criteria,
　the determination condition acquiring unit, the yarn defect determination conditions based on the input to the determination condition input unit to get, condition display device according to claim 1.
[Requested item 8]
　Wherein the yarn winding machine,
　the yarn and the yarn winding device winding a,
　and a take-up control unit for operating the yarn winding device based on preset the winding condition,
are provided,
　the winding condition acquiring unit acquires the winding condition from the winding control unit, condition display device according to any one of claims 1 to 7.
[Requested item 9]
　A storage unit that stores the winding condition and the yarn defect determination condition,
　associated with said yarn defect determination condition acquired by the said winding condition acquired in the winding condition acquisition unit and the determination condition acquiring unit a correspondence unit to be stored in the storage unit Te
further comprising a
　said associating unit, wherein said winding condition acquired at the winding condition acquiring unit, the winding obtained at the winding condition acquisition unit associating the yarn defect determination condition when the presence or absence of the yarn defect is determined wind to the yarn to be taken under the conditions taken, a condition display device according to any one of claims 1-8.
[Requested item 10]
　The said yarn winding machine, the operator is provided with an winding condition input unit for inputting the winding condition,
　the winding condition acquiring unit, the winding based on inputs to the winding condition input unit get the condition,
　the display control unit, a associated with the acquired winding condition the winding condition acquisition unit the yarn defect determination criteria extracted from the storage unit, extracted the yarn defect determination criteria and information regarding the information to the take-up condition the winding condition acquired by the acquisition unit to be displayed on the display unit about the condition display device according to claim 9.
[Requested item 11]
　Wherein the yarn defect determination condition acquired by the determination condition acquiring unit includes at least the yarn attached to the defect determination condition name, the condition display device according to any one of claims 1 to 10.
[Requested item 12]
　The determination condition acquisition unit, together Tagged name in the yarn defect determination criteria, and acquires the set value as the yarn defect determining condition, condition display device according to claim 11.
[Requested item 13]
　Further comprising the operation information acquiring unit that acquires the operation status of the yarn winding machine,
　the display control unit, in association with the winding condition and the yarn defect determination condition, the operational status of the operation information acquiring unit acquires It is displayed on the display unit, condition display device according to any one of claims 1 to 12.
[Requested item 14]
　The said yarn winding machine, the yarn breakage detection unit for detecting a yarn breakage is provided with,
　the display control unit, together with information on the yarn defect detection condition, the yarn breakage number of times the yarn breakage detecting unit detects It is displayed on the display unit, condition display device according to any one of claims 1 to 13.
[Requested item 15]
　The said yarn winding machine,
　a yarn winding device that winds the yarn,
　a take-up control unit for operating the yarn winding device in accordance with the winding conditions,
　to determine yarn monitoring controller the presence or absence of the yarn defect a monitoring unit control device for setting the yarn defect determination criteria for,
and is provided,
　wherein the said monitoring unit controller winding control unit are mutually different control unit,
　the winding control section, the manage winding condition,
　the monitoring unit controller manages the yarn defect determination criteria,
　the winding condition acquiring unit acquires the winding condition from the winding control section,
　the determination condition acquisition unit acquires the yarn defect determining conditions from the monitoring unit controller conditions the display device according to claim 1.
[Requested item 16]
　The said yarn winding machine,
　the yarn and the yarn winding device winding a,
　and a take-up control unit for operating the yarn winding device in accordance with the winding conditions,
　the presence or absence of the yarn defect based on the yarn defect detection condition a yarn monitor having a determined thread monitoring control unit,
are provided,
　and said take-up control unit and the yarn monitoring controller different from the controller to each other,
　the winding control section, the winding manage conditions,
　the yarn monitoring controller manages the yarn defect determination criteria,
　the winding condition acquiring unit acquires the winding condition from the winding control section,
　the determination condition acquisition unit, obtaining the yarn defect determination condition from the yarn monitoring control unit, condition display device according to claim 1.
[Requested item 17]
　A condition display device according to any one of claims 1 to 16,
　and a yarn supplying portion for supporting said wound body,
　and a winding section to form a package by winding a yarn drawn out from the bobbin body,
　the sheet is disposed between the thread portion and the winding portion, provided with a thread monitoring unit for monitoring the state of a traveling yarn toward the winding portion from the yarn supplying section, the yarn winding machine.