JP2014176597A - Label - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a label allowing a patient to easily manage dosing information even in such a conventional package that is already distributed on the market, have no need for checking an effect on medicine housed in the package, and manage the dosing information by allowing a lead wire to be surely cut when the medicine is ejected from a housing part.SOLUTION: A label can be directly or indirectly stuck to a package including a body part having a housing part housing medicine, and a closing member closing the housing part. The label includes a main body sheet formed into a sheet shape, a conductive lead wire provided in at least one surface of the main body sheet, and a fracture structure fracturing the main body sheet when the medicine is ejected from the housing part. The fracture structure is configured to fracture the main body sheet across a region overlapped with the lead wire in the main body sheet.

Description

  The present invention relates to a label used for the purpose of confirming that a medicine has been discharged from a package including a container for containing the medicine.

  In order for the medicine prescribed to the patient to exhibit the desired effect, it is required that the conditions such as the amount and time of taking the medicine by the patient (hereinafter also referred to as taking conditions) are appropriate. For this reason, it is desirable to manage information on whether or not a patient has taken a drug under appropriate dosing conditions (hereinafter also referred to as dosing information).

  As a method for managing such medication information, it is electrically detected that a medicine has been taken out from a package (for example, a blister pack) having a container for containing the medicine, and a predetermined time has elapsed after the detection. There has been proposed an alarm device configured to emit an alarm sound later (see Patent Document 1). In such an alarm device, a package body (blister pack) including a main body portion including a storage portion for storing a medicine and an aluminum foil attached to the main body portion so as to close the storage portion is used.

  Such a package is configured such that a conducting wire capable of being energized is printed or bonded to an aluminum foil and connected to an alarm device to detect the conducting state of the conducting wire. And when medicine is taken out from the package, the aluminum foil is broken and the conductor is cut, so that a change occurs in the energized state of the conductor, and such a change is detected and recorded by an alarm device. Thus, an alarm sound is generated after a predetermined time has elapsed. In other words, such an alarm device is configured to manage information (date and time) when the medicine is discharged from the package (that is, when the medicine is taken) last time, and to notify the timing of taking the medicine next time. Yes.

JP-A-2-257960

  However, in the alarm device as described above, since a circuit with a conductive wire is provided on the aluminum foil (closing member) constituting the package, it is necessary to change the configuration of the conventional package, and the drug by providing the circuit It is necessary to reconfirm the effects on the product (modification of the drug, etc.) and ensure the safety of the package. Moreover, when taking out a chemical | medical agent from a package, if a closure member is fractured | ruptured in the position where a conducting wire is not cut | disconnected, it cannot detect that the chemical | medical agent was taken out. In addition, since it is not possible to manage dosing information without using a package having a closure member in which such a circuit is formed, it is possible to manage dosing information for packages already on the market. Can not.

  Therefore, the present invention makes it possible to easily manage medication information even in a conventional package that is already distributed in the market, and to confirm the influence on the medicine contained in the package. Furthermore, it is an object of the present invention to provide a label capable of managing administration information by reliably cutting a lead wire when a medicine is discharged from a container.

  The label according to the present invention is configured to be capable of being directly or indirectly attached to a package including a main body portion including a storage portion in which a medicine is stored and a closing member that closes the storage portion, and is formed into a sheet shape. A formed main body sheet, a conducting wire provided on at least one surface side of the main body sheet, and a breaking structure that breaks the main body sheet as the medicine is discharged from the housing portion. The main body sheet is configured to be broken so as to cross a region of the main body sheet that overlaps the conductor.

  According to such a configuration, since at least one surface side of the main body sheet is provided with the conductive wire that can be energized, it is possible to check the dosing information by recording the change in the energized state of the conductive wire. Specifically, by providing a break structure, the main body sheet is broken so as to cross a region of the main body sheet that overlaps with the lead wire as the medicine is discharged from the housing portion. Thereby, since a conducting wire is cut | disconnected reliably in the position which a main body sheet | seat fractures | ruptures, the energization state of a conducting wire will change. And, for example, the date and time when the conductor was cut (that is, the date and time when the medicine was discharged from the container) was recorded by connecting the label and the recording device that records the change in the energization state of the conductor along with the date and time. Is possible. Thereby, the dosage information can be confirmed by confirming such a record.

  Furthermore, since it can be attached to a conventional package that is already distributed in the market, it is possible to check the dosing information even in a conventional package. In addition, since it is not necessary to change the configuration of the package itself (for example, the material of the main body or the closing member), it is possible to eliminate the need to reconfirm the effect (safety) of the package on the medicine.

  The breaking structure may be one or a plurality of half-cut portions formed so that the thickness of the main body sheet is partially reduced, or one or a plurality of cuts formed by partially cutting the main body sheet. It is comprised from at least one of the insertion part, and it is preferable that a half cut part and a notch part are formed in the vicinity of this area | region so that the area | region which overlaps with the conducting wire in a main body sheet | seat may not be crossed.

  According to such a configuration, by providing the half-cut portion or the notch portion, the region overlapping the conductive wire in the main body sheet can be easily and reliably broken at the half-cut portion or from the end portion of the notch portion. Therefore, the conductor can be reliably cut along with the breakage of the main body sheet.

  In addition, the half-cut part and the notch part are formed so as not to cross the region of the main body sheet that overlaps the conductor, so that when the label is attached to the package, the half-cut part and the notch part are used as the main body sheet. Even if it is a case where it breaks unintentionally, since the whole area | region which overlaps with conducting wire does not fracture | rupture, it can prevent that the conducting wire which overlaps such area | region is not cut | disconnected unintentionally.

  The breaking structure is composed of a plurality of half-cut portions or a plurality of cut portions, and between the adjacent end portions of the half-cut portions or between the adjacent end portions of the cut portions in the main body sheet It is preferable to be configured such that a region overlapping with is located.

  According to such a configuration, a region overlapping with the conductive wire in the main body sheet is located between the adjacent end portions of the half cut portion or between the adjacent end portions of the cut portion, so that the region is sandwiched therebetween. Since the region is surely broken by cutting each end of the pair of half-cut portions or each end of the pair of cut portions, the conductor is surely cut at a position overlapping with the region. be able to.

  As described above, according to the present invention, it is possible to easily manage dosing information even in a conventional package that has already been distributed in the market, and to the medicine contained in the package. There is no need to confirm the influence, and furthermore, when the medicine is discharged from the container, the lead wire is surely cut and administration information can be managed.

(A) is the perspective view which showed the label which concerns on this embodiment, and the package to which this label is affixed, (b) is sectional drawing of the package which affixes the label which concerns on the embodiment. The top view which showed the label which concerns on the same embodiment, and its partially enlarged view. (A) is a perspective view which shows the state which affixed the label which concerns on the embodiment to a package, (b) is the state which affixed the label which concerns on the embodiment on a package, and a chemical | medical agent is from a package. Sectional drawing which shows the state taken out. (A) is the enlarged view which showed the vicinity of the conducting wire and fracture structure in the label which concerns on other embodiment, (b) is the enlarged view which showed the vicinity of the conducting wire and fracture structure in the label which concerns on another embodiment. . (A) is the enlarged view which showed the vicinity of the conducting wire and fracture structure in the label which concerns on further another embodiment, (b) is the expansion which showed the vicinity of the conducting wire and fracture structure in the label which concerns on another embodiment. Figure. (A) is the enlarged view which showed the vicinity of the conducting wire and fracture structure in the label which concerns on further another embodiment, (b) is the expansion which showed the vicinity of the conducting wire and fracture structure in the label which concerns on another embodiment. Figure. (A) is the enlarged view which showed the vicinity of the conducting wire and fracture structure in the label which concerns on further another embodiment, (b) is the expansion which showed the vicinity of the conducting wire and fracture structure in the label which concerns on another embodiment. Figure. (A) is the enlarged view which showed the vicinity of the conducting wire and fracture | rupture structure in the label which concerns on further another embodiment, (b) is the top view which showed the label which concerns on further another embodiment.

  Hereinafter, embodiments of the present invention will be described with reference to FIGS. In the following drawings, the same or corresponding parts are denoted by the same reference numerals, and description thereof will not be repeated.

  As shown in FIG. 1A, the label 1 according to the present embodiment is configured to be capable of being attached to a package X in which a medicine is packaged. The package X has a sheet-like shape, and a solid medicine (tablet, capsule, etc.) is accommodated in a plurality of locations. Further, the package X includes a plurality of discharge areas X1 where the packaged medicine is discharged. Specifically, as shown in FIG. 1B, the package X is composed of a main body portion X3 including a storage portion X2 in which the medicine Y is stored, and a closing member X4 that closes the storage portion X2. .

  The main body X3 is formed by molding a sheet-like member (for example, a sheet of thermoplastic resin or the like) into a concave shape at one or a plurality of locations. In the present embodiment, the sheet-shaped member is formed to be concave at a plurality of locations, whereby a plurality of concave storage portions X2 are formed in the main body portion X3, and the medicine Y is discharged from the storage portion X2. A plurality of discharge ports X5 are formed.

  On the other hand, the closing member X4 is configured to close the discharge port X5 of the main body part X3 by being stacked on the sheet-like main body part X3. Specifically, the closing member X4 is made of a sheet-like material, and is laminated on the main body X3 so as to cover the discharge port X5 of the main body X3 (specifically, by being attached). It is comprised so that the discharge port X5 may be obstruct | occluded.

  Further, the closing member X4 is configured to be more easily breakable than the main body portion X3. Specifically, the closing member X4 is made of a sheet material such as aluminum foil, and by pressing the medicine Y accommodated in the accommodating portion X2 from the outside of the accommodating portion X2 to the closing member X4 side together with the accommodating portion X2, The closing member X4 pressed by the medicine Y is configured to be broken. Thereby, it is possible to take out (discharge) the medicine Y from the broken region of the closing member X4.

  That is, the discharge region X1 is configured by a region where the closing member X4 in the package X can be broken. Further, the package X having the above-described configuration is a so-called blister pack, and is known for packaging medicines used in the medical field. It may be packaged.

  Returning to FIG. 1A, the label 1 has a sheet-like shape and is configured to be capable of being attached to the surface of the package X on which the discharge region X1 is formed. Specifically, the label 1 includes an adhesive layer (not shown) on one surface side, and the one surface side is configured to be affixed to the package X. In addition, the label 1 includes an affixing portion 2 a that is affixed to the package body X, and a protruding portion 2 b that is configured to protrude from the package body X in a state where the label 1 is affixed to the package body X. . That is, the label 1 is configured to include an adhesive layer at least on the pasting portion 2a.

  Further, the label 1 includes a main body sheet 2 formed in a sheet shape, a break structure 3 that breaks the main body sheet 2 as the medicine Y is discharged from the storage portion X2, and at least one surface side of the main body sheet 2. And a conductive wire 4 formed and energized.

  The main body sheet 2 is formed using a sheet material having electrical insulation properties (specifically, an insulating sheet made of synthetic resin, synthetic paper, paper, or the like). Moreover, the main body sheet | seat 2 is provided with the area | region corresponding to each of the affixing part 2a and the protrusion part 2b in the label 1, and is equipped with the adhesion layer in the area | region corresponding to the affixing part 2a. That is, the main body sheet 2 has a laminated structure including an insulating layer including an insulating sheet and an adhesive layer. In addition, the main body sheet | seat 2 should just have electrical insulation as a whole, and the insulating layer may be comprised by laminating | stacking several sheet material (not shown).

  The main body sheet 2 is formed so that the shape of the region corresponding to the attaching portion 2a of the label 1 is substantially the same as or slightly smaller than the outer peripheral shape of the package X. That is, the affixing portion 2a of the label 1 is configured so as not to protrude from the packaging body X while being affixed to the packaging body X. Further, the main body sheet 2 is formed such that the outer peripheral shape of the region corresponding to the protruding portion 2b of the label 1 is smaller than the region corresponding to the pasting portion 2a. Moreover, the main body sheet | seat 2 is formed so that one direction may become a longitudinal direction. In the present embodiment, the main body sheet 2 has a region corresponding to the sticking portion 2a of the label 1 formed in a rectangular shape, and a region corresponding to the protruding portion 2b of the label 1 is formed at one end portion in the longitudinal direction.

  The fracture structure 3 is formed along a predetermined area in the main body sheet 2 (specifically, so as to surround the predetermined area). In this embodiment, when the label 1 is affixed to the package X, the fracture structure 3 is formed so as to surround an area overlapping the discharge area X1 of the package X. Moreover, the fracture | rupture structure 3 is formed in cyclic | annular form (this embodiment elliptical shape) so that it may respond | correspond to the outer periphery shape of the discharge | emission area | region X1. Thereby, the area | region (area | region in a fracture structure) 2c enclosed by the fracture structure 3 in the main body sheet | seat 2 is comprised so that it may overlap with the discharge | emission area | region X1 (specifically, it covers). In the present embodiment, the same number of fracture structures 3 as the discharge areas X1 in the package X are formed.

  In the present embodiment, the fracture structure 3 includes a half cut portion 3a formed so that the thickness of the main body sheet 2 is partially reduced. The half cut portion 3a is formed in a linear shape on the other surface side of the main body sheet 2 (surface side facing the surface on which the conductive wire 4 is formed). Moreover, the half cut part 3a has the cyclic | annular shape formed continuously, and the area | region 2c in a fracture structure is formed in the area | region enclosed by the half cut part 3a.

  The conducting wire 4 is formed by laminating a conductive material (for example, silver or aluminum) on one surface side of the main body sheet 2. The method of forming the conductive wire 4 is not particularly limited, and for example, a method of printing silver ink on one surface side of the main body sheet 2 or performing an edging treatment with aluminum may be adopted. it can.

  Moreover, the conducting wire 4 is formed in the sticking part 2a and the protrusion part 2b in the label 1. And the conducting wire 4 formed in the sticking part 2a and the conducting wire 4 formed in the protrusion part 2b are connected, and the circuit which can supply with electricity is formed. Further, the conductive wire 4 (specifically, the conductive wire 4 formed on the attaching portion 2a) is formed so as to overlap the discharge region X1 of the package X when the label 1 is attached to the package X. The

  Moreover, the conducting wire 4 intersects with a position where the main body sheet 2 is broken along with the discharge of the medicine Y from the accommodating portion X2 (hereinafter, a planned breaking position) (specifically, one planned breaking position and a plurality of positions) To intersect). In the present embodiment, since the half-cut portion 3a is the planned break position, the conductive wire 4 is formed so as to intersect with the half-cut portion 3a (specifically, intersect with one half-cut portion 3a at a plurality of locations). Is done.

  Moreover, as shown in FIG. 2, the conducting wire 4 includes a plurality of intersecting conducting wires 4a intersecting with one planned breaking position (one half-cut portion 3a), and the intersecting conducting wires 4a are connected to each other. In the present embodiment, the cross conducting wires 4a formed at substantially symmetrical positions around the one breaking structure internal region 2c are connected by the connecting conductive wires 4b formed in the breaking structure internal region 2c. The connecting conducting wire 4b is formed so as to intersect with the longitudinal direction of the main body sheet 2 (adhering portion 2a) (specifically, to have an angle of less than 90 °).

  Next, a usage mode of the label 1 configured as described above will be described. As shown to Fig.3 (a), the label 1 is affixed on the package body X, and is used. And when the electric current is passed through the conducting wire 4, the conducting wire 4 is energized. Specifically, an energization device (not shown) for passing a current through the conductive wire 4 is connected to the protruding portion 2 b, whereby a current is supplied to the conductive wire 4.

  In such a state, as shown in FIG. 3 (b), by discharging the medicine Y from the package X, a change occurs in the energization state of the conducting wire 4, and by detecting and recording such a change, It is possible to grasp the medication Y medication information. Specifically, when the medicine Y is discharged (taken out) from the package X, the closing member X4 is pressed to the closing member X4 side together with the containing part X2 from the outside of the containing part X2, so that the closing member X4 becomes the medicine Y. It is pressed by and breaks. Along with this, when the region 2c in the fracture structure of the label 1 is pressed by the drug Y, the main body sheet 2 (specifically, the planned break position) is broken by the fracture structure 3, and the drug from the broken position Y is discharged (taken out).

  In more detail, since the half cut part 3a which comprises the fracture | rupture structure 3 is thinner than the other part of the main body sheet | seat 2, and the intensity | strength is low, the half cut part 3a becomes a fracture | rupture planned position. And the main body sheet | seat 2 is fractured | ruptured in the half cut part 3a (namely, fracture | rupture plan position) because the area | region 2c in fracture structure is pressed by the chemical | medical agent Y. At this time, since the main body sheet 2 (specifically, the planned break position) is broken so as to cross the region overlapping the conductive line 4 (specifically, the crossing conductive line 4a) in the main body sheet 2, the conductive line 4 (specifically Specifically, the intersecting conductor 4a) is cut at a position where it intersects the half-cut portion 3a.

  As described above, the conducting state of the conducting wire 4 is changed by cutting the conducting wire 4 (specifically, the intersecting conducting wire 4a). Therefore, by detecting such a change and recording information such as the date and time when the change occurred (dose information), whether or not the drug Y has been discharged from the package X, that is, the drug Y is in an appropriate condition. It is possible to confirm whether or not the dose has been taken. For example, it is possible to detect a change in the energization state by an energization state detection device (not shown) that detects a change in the energization state of the conductor 4. The energization state detection device may be either integral with or separate from the energization device, and the electrical connection with the conductive wire 4 may be either wireless or wired connection form. In addition, dosing information may be recorded in the energization state detection device, and dosing information may be recorded in a device other than the energization state detection device.

  In addition, it is good also considering the fracture | rupture structure 3 in the label 1 comprised as mentioned above as another structure. Specifically, as shown in FIG. 4, a pair of half cut portions 31 a constituting the fracture structure 3 may be provided. In such a case, the pair of half-cut portions 31a and 31a are formed along a predetermined region in the main body sheet 2 (specifically, so as to surround the predetermined region). Specifically, when the label 1 is affixed to the package X, a pair of half-cut portions 31a and 31a are formed so as to surround an area overlapping the discharge area X1 of the package X. Thereby, the area | region (area | region in fracture structure) 2c enclosed by a pair of half cut part 31a, 31a in the main body sheet | seat 2 is formed so that it may overlap with the discharge | emission area | region X1 (specifically, it covers).

  As described above, when the pair of half-cut portions 31a and 31a is formed, the region between the adjacent end portions of the pair of half-cut portions 31a and 31a is also a planned break position. And the area | region which overlaps with the conducting wire 4 in the main body sheet | seat 2 is located in the area | region (scheduled fracture | rupture position) between the adjacent edge parts of a pair of half cut part 31a, 31a. That is, the conducting wire 4 (intersecting conducting wire 4a) is formed so as to intersect with a region between adjacent end portions of the pair of half-cut portions 31a and 31a.

  As shown in FIG. 4, when the breaking structure 3 is composed of a pair of half-cut portions 31 a and 31 a, the breaking structure 3 (that is, the pair of half-cut portions 31 a and 31 a) is the conductor 4 in the main body sheet 2. It is formed so as not to cross the overlapping area. For example, as shown to Fig.4 (a), each adjacent edge part of a pair of half cut part 31a, 31a is in the position away from the area | region which overlaps with the conducting wire 4 in the main body sheet 2 (in other words, conducting wire 4 and (Without crossing). Or as shown in FIG.4 (b), each edge part which adjoins a pair of half cut part 31a, 31a overlaps the area | region (in other words, conducting wire 4) which overlaps with the conducting wire 4 in the main body sheet | seat 2. May be formed.

  Further, as still another configuration of the fracture structure 3, as shown in FIG. 5, when a pair of half cut portions 31a and 31a are formed around the fracture internal region 2c, The half-cut portions 32a and 32a may be formed so as to extend from adjacent end portions of 31a and 31a.

  The extended half-cut portions 32a and 32a are formed so as to extend toward positions farther from the conductor 4 than the respective end portions of the pair of half-cut portion main bodies 31a and 31a. Further, the angle θ between the extended half-cut portion 32a and the half-cut portion main body 31a (a tangent extending from the end when the half-cut portion main body 31a is curved) is less than 90 °. Is preferred.

  By forming the extended half-cut portion 32a, it is possible to prevent the conductor 4 from being unintentionally cut. Specifically, when release paper (not shown) is laminated on the label 1 having an adhesive layer, the release paper needs to be peeled off from the label 1 when the label 1 is attached to the package X. . At this time, the region 2c in the rupture structure in the label 1 is pulled from the other region by the release paper, and a force for peeling the release paper is applied to the rupture structure 3. Thereby, there is a possibility that the label 1 is broken by the break structure 3 and the lead wire 4 is unintentionally cut. However, by providing the extended half-cut portion 32a configured as described above, the force applied to the breaking structure 3 is directed in the direction of cutting the lead wire 4 even when the breaking structure inner region 2c is pulled by the release paper. There is nothing. Thereby, when peeling paper peels, it can prevent that the conducting wire 4 is cut | disconnected unintentionally.

  Moreover, as shown to Fig.5 (a), each edge part which a pair of half cut part main bodies 31a and 31a adjoins in the position away from the area | region which overlaps with the conducting wire 4 in the main body sheet | seat 2 (in other words, conducting wire 4). In the case where it is formed (without intersecting with the conductive wire 4), the extended half cut portions 32a and 32a are also formed at positions away from the region overlapping the conductive wire 4 in the main body sheet 2 (in other words, without intersecting with the conductive wire 4). Is done. Or as shown in FIG.5 (b), it forms so that each edge part which a pair of half cut part main body 31a, 31a overlaps with the conducting wire 4 in the main body sheet | seat 2 (in other words, conducting wire 4) may overlap. In the case where it is formed, the extended half-cut portions 32a and 32a are also formed so as to overlap with the region (in other words, the conductive wire 4) overlapping the conductive wire 4 in the main body sheet 2.

  Furthermore, as another configuration of the fracture structure 3, as shown in FIG. 6, instead of the half cut portions 3a and 31a as described above, a plurality of cuts formed by partially cutting the main body sheet 2 are provided. The breaking structure 3 may be formed by the insertion portion 3b.

  A plurality of cut portions 3b are formed along a predetermined area in the main body sheet 2 (specifically, so as to surround the predetermined area). That is, the cut portion 3b is formed in a broken line shape. Specifically, when the label 1 is affixed to the package X, a plurality of cut portions 3b are formed in a broken line shape so as to surround an area overlapping the discharge area X1 of the package X. Thereby, the area | region (area | region in fracture structure) 2c surrounded by the some notch part 3b in the main body sheet | seat 2 is formed so that it may overlap with the discharge | emission area | region X1 (specifically, it covers).

  As described above, when a plurality of cut portions 3b are formed in a broken line shape, a region between the ends of a pair of adjacent cut portions 3b, 3b is a planned break position. And the area | region which overlaps with the conducting wire 4 in the main body sheet | seat 2 is located in the area | region (scheduled fracture | rupture position) between the edge parts of a pair of adjacent cut part 3b. That is, the conducting wire 4 (intersecting conducting wire 4a) is formed so as to intersect with the region between the ends of the adjacent pair of cut portions 3b, 3b.

  Moreover, as shown in FIG. 6, when the fracture | rupture structure 3 is comprised from the notch part 3b, the fracture | rupture structure 3 (namely, notch part 3b) does not cross the area | region which overlaps with the conducting wire 4 in the main body sheet | seat 2. FIG. It is formed. For example, as shown to Fig.6 (a), the notch part 3b may be formed in the position away from the area | region which overlaps with the conducting wire 4 in the main body sheet 2 (in other words, without crossing the conducting wire 4). . Or as shown in FIG.6 (b), you may form so that the edge part of the cut | notch part 3b may overlap with the area | region (in other words, conducting wire 4) which overlaps with the conducting wire 4 in the main body sheet | seat 2. FIG.

  Further, as still another configuration of the fracture structure 3, as shown in FIG. 7, a broken line main body 31b is formed by a plurality of cut portions 3b formed around the fracture structure inner region 2c in a broken line shape. The extending cut portions 32b and 32b extend from the adjacent ends of the pair of cut portions 3b and 3b that are closest to the conductive wire 4 in the main body sheet 2 (in other words, the conductive wire 4). May be formed. A plurality of cut portions 33b... May be formed along the extending direction of the extended cut portions 32b and 32b to form extended broken lines 34b and 34b.

  The extended broken lines 34b and 34b are farther from the conductor 4 than the adjacent ends of the pair of cut portions 3b and 3b closest to the region (in other words, the conductor 4) overlapping the conductor 4 in the main body sheet 2. It is formed to extend toward the position. Further, the angle θ between the extended broken line 34b and the broken line main body 31b (a tangent extending from the intersection of the extended broken line 34b and the broken line main body 31b when the broken line main body 31b is curved) is less than 90 °. Preferably there is.

  Moreover, as shown to Fig.7 (a), each edge part which a pair of notch parts 3b and 3b adjoin to the position away from the area | region which overlaps with the conducting wire 4 in the main body sheet | seat 2 (in other words, conducting wire 4 and In the case of being formed (without intersecting), the extended broken lines 34b and 34b are also formed at positions away from the region overlapping the conducting wire 4 in the main body sheet 2 (in other words, without intersecting the conducting wire 4). Or as shown in FIG.7 (b), it forms so that each edge part which adjoins a pair of notch parts 3b and 3b overlaps with the conducting wire 4 in the main body sheet 2 (in other words, conducting wire 4). In this case, the extended broken lines 34 b and 34 b are also formed so as to overlap with the region (in other words, the conductive wire 4) that overlaps the conductive wire 4 in the main body sheet 2.

  As described above, according to the label according to the present invention, it is possible to easily manage medication information even in a conventional package that is already distributed in the market, and is accommodated in the package. There is no need to confirm the influence on the medicine, and furthermore, when the medicine is discharged from the container, the lead wire is surely cut and the administration information can be managed.

  That is, since the label 1 includes the conducting wire 4 that can be energized on at least one surface side of the main body sheet 2, it is possible to check the dosing information by recording the change in the energizing state of the conducting wire 4. Specifically, by providing the breaking structure 3, the main body sheet 2 is broken so as to cross a region overlapping the conductive wire 4 in the main body sheet 2 as the medicine Y is discharged from the housing portion X <b> 2. Thereby, since the conducting wire 4 is cut | disconnected reliably in the position where the main body sheet | seat 2 fractures | ruptures, the energization state of the conducting wire 4 will change. And, for example, the date and time when the conducting wire 4 was cut by connecting the device for recording the change in the energization state of the conducting wire 4 together with the date and time (that is, the date and time when the medicine Y was discharged from the container X2). Can be recorded. Thereby, the dosage information can be confirmed by confirming such a record.

  Furthermore, since it can be attached to a conventional package X that is already distributed in the market, it is possible to confirm dosing information on the conventional package X as well. Further, since it is not necessary to change the configuration of the package X itself (for example, the material of the main body X3 and the closing member X4), it is possible to eliminate the need to reconfirm the influence (safety) of the package X on the medicine Y. it can.

  In addition, by providing the half cut portions 3a and 31a and the cut portion 3b, the half cut portions 3a and 31a or an area overlapping with the conductive wire 4 in the main body sheet 2 starting from the end portion of the cut portion 3b is easy. Since the main body sheet 2 is broken, the conductive wire 4 can be cut reliably.

  Moreover, when the label 1 is affixed to the package X by forming the half cut portions 3a, 31a and the cut portion 3b so as not to cross the region of the main body sheet 2 that overlaps the conductive wire 4, the half cut portion 3a , 31a and the notch 3b, even if the main body sheet 2 breaks unintentionally, the entire region that overlaps the conductor 4 is not broken, so the conductor 4 that overlaps the region is also intended. It is possible to prevent cutting without being performed.

  Moreover, the area | region which overlaps with the conducting wire 4 in the main body sheet | seat 2 is located between the adjacent edge part of the half cut parts 3a and 31a, or the adjacent edge part of the notch part 3b, and sandwiches such an area | region. Since each of the end portions of the pair of half-cut portions 3a and 31a or the end portions of the pair of cut portions 3b is cut, the region is surely broken. 4 can be cut reliably.

  In addition, the label which concerns on this invention is not limited to the said embodiment, A various change is possible in the range which does not deviate from the summary of this invention. Further, the configurations and methods of the plurality of embodiments described above may be arbitrarily adopted and combined (even if the configurations and methods according to one embodiment are applied to the configurations and methods according to other embodiments). Of course, it is of course possible to arbitrarily select configurations, methods, and the like according to various modifications described below and employ them in the configurations, methods, and the like according to the above-described embodiments.

  For example, in the said embodiment, although the label 1 is comprised so that it may affix directly on the package body X, it is not limited to this, For example, the mountable paper which can be fracture | ruptured to the closure member X4 side of the package body X The label 1 may be affixed indirectly to the package X via the mount in a state where affixed.

  Moreover, in the said embodiment, what has a sheet-like shape like what is called a blister pack is used as the package X, but it is not limited to this, For example, it formed in the box shape It may be a thing.

  Moreover, in the said embodiment, although the label 1 is equipped with the adhesion layer, it is not limited to this, By interposing an adhesive, a double-sided tape, etc. between the packaging bodies X, the packaging body X You may be comprised so that it may affix on.

  Moreover, in the said embodiment, although the label 1 is provided with the some fracture | rupture structure 3, it is not limited to this, You may be comprised so that only one fracture | rupture structure 3 may be provided. In such a case, one label is attached so as to cover only one discharge region X1 of the package X.

  Moreover, in the said embodiment, although the half cut part 3a is formed continuously, it is not limited to this, For example, the half cut part 3a may be formed in the shape of a broken line. Moreover, in the said embodiment, although the half cut part 3a is provided over the perimeter of the fracture | rupture structure internal area | region 2c, it is not limited to this, For example, as shown to Fig.8 (a) The half-cut portion 3a may be provided only at a part of the outer periphery of the fracture structure internal region 2c.

  Moreover, you may employ | adopt the fracture | rupture structure of a structure different from the fracture | rupture structure 3 of the said embodiment. For example, it is good also as a fracture structure by forming so that the thickness of the area | region equivalent to the fracture | rupture structure internal area | region 2c in the main body sheet | seat 2 of the said embodiment may become thinner than another area | region. In such a case, since the strength of the thin region (hereinafter also referred to as a thin region) is weaker than the other regions, the entire thin region can be broken. Thereby, the conducting wire 4 which overlaps with a thin area | region by the fracture | rupture of a thin area | region will be cut | disconnected.

  Moreover, in the said embodiment, although the connection conducting wire 4b is formed so that it may cross | intersect with respect to the longitudinal direction of the main body sheet | seat 2, it is not limited to this, As shown in FIG.8 (b), It may be formed along the longitudinal direction. Moreover, in the said embodiment, although it forms so that the connection conducting wire 4b may overlap with the fracture | rupture structure inner area | region 2c, it is not limited to this, The fracture | rupture structure inner area | region 2c does not overlap with the fracture | rupture structure inner area | region 2c. The connection conducting wire may be formed so as to connect the crossing conducting wires 4a to each other outside.

  DESCRIPTION OF SYMBOLS 1 ... Label, 2 ... Main body sheet, 2a ... Pasting part, 2b ... Protruding part, 2c ... Breaking structure inner region, 3 ... Breaking structure, 3a, 31a ... Half cut part, 3b ... Notch part, 4 ... Conductor, 4a ... crossing conducting wire, 4b ... connecting conducting wire, 32a ... extending half cut part, 31b ... broken line main body, 32b ... extending cut part, 34b ... extending broken line, X ... package, X1 ... discharge area, X2 ... accommodating Part, X3 ... main body part, X4 ... blocking member, X5 ... discharge port, Y ... drug

Claims (3)

It is configured to be capable of being directly or indirectly attached to a package body including a main body portion including a storage portion in which a medicine is stored and a closing member that closes the storage portion,
A main body sheet formed in a sheet shape, an electrically conductive wire provided on at least one surface side of the main body sheet, and a break structure that breaks the main body sheet as the medicine is discharged from the storage portion, The label is characterized in that the breaking structure is configured to break the main body sheet so as to cross a region overlapping the conductive wire in the main body sheet.   The breaking structure may be one or a plurality of half-cut portions formed so that the thickness of the main body sheet is partially reduced, or one or a plurality of cuts formed by partially cutting the main body sheet. It is comprised from at least one of the insertion part, The half cut part and the cutting part are formed in the vicinity of this area | region so that it may not cross the area | region which overlaps with the conducting wire in a main body sheet | seat. Label.   The breaking structure is composed of a plurality of half-cut portions or a plurality of cut portions, and between the adjacent end portions of the half-cut portions or between the adjacent end portions of the cut portions in the main body sheet The label according to claim 1, wherein the label is configured so that a region overlapping with the label is located.

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