CN102272014B - Single piece re-closable unit pack - Google Patents

Abstract

The present invention relates to a one piece re-closable unit pack comprising a first layered structure (1) wherein one or plurality of containment(s) (2) are formed to contain product(s) wherein the said containment(s) (2) up stand from first surface of the said first layered structure (1) thereby creating one or plurality of corresponding opening/s on the second surface of the said first layered structure, a second layered structure (3) affixed to the unformed region of the second surface of the first layered structure (1) wherein portion of the second layered structure (3) corresponding to the opening of the containment(s) (2) is ruptured to remove the product, at least one portion (10) comprising the containment(s) (2) wherein the region (4) between the said portions (10, 20) is foldable; optionally one or plurality of unformed portion/s, optionally constructed to provide child resistant capability and / or unique identifiers to authenticate a packaged product.

Description

Single piece reclosable unit packaging

technical field

The present invention relates to a single piece reclosable unit pack, such as a blister pack, and a method of making the same. Further, the reclosable and lockable blister pack is optionally configured to provide child resistance and/or a unique identifier to help determine the authenticity and authenticity of the packaged product.

Background technique

Packs, such as blister packs, comprising one or more deformable protrusions formed on a flexible sheet, each protrusion having a closure, are used primarily, but not exclusively, for the packaging of products such as pharmaceuticals. Products in blister packs are either sold as such or are usually packed inside containers for extra protection during shipping and handling. The container has multiple uses like providing protection for the blister pack, as a substrate for displaying product information and/or directions for use, as a lockable device for child-resistant packaging, and more. Further, determining the authenticity and authenticity of a packaged product is critical, as buying a counterfeit product can cause serious harm to the end user.

US Patent 5954202 discloses a paperboard blank for individual, reclosable packages. The patent relates to cardboard blanks for forming individual, reclosable packages. This type of construction usually consists of a single sheet of cardboard, folded cardboard, which acts as an outer packaging when closed and opens as an innovative reclosable package.

US Patent 6,047,829 discloses a single-dose packaging system (UnitDose Packaging System, UDPS) with a child-resistant lock feature. The invention relates to a two-ply carton pack containing a single dose of product on an inner slide card within an outer carton shell. The package may have one or more internal or external locks to prevent the sliding card from being pulled out without triggering some type of unlocking mechanism. The packaging focuses on providing a child-resistant, premium-friendly single-dose package that can be opened and closed multiple times and ultimately disposed of.

There is an unmet market need for single-piece reclosable packages, especially blister packs, that do not require additional packaging systems and are still child-resistant. In addition, many clinical indications require patients to use limited doses, so the packaging must be adjusted to meet this demand, so as to ensure patient compliance and avoid drug waste, and the packaging should also have reclosable capabilities and no additional cartons/seals. Wrapping/containing the package while having an optional child-resistant feature. Further, there is a need to provide a single-piece resealable child-resistant package with a unique identifier to aid in determining the authenticity and authenticity of the packaged product, and to include counterfeit-proof, clinical trial Medication supervision, enhancing patient compliance and many other applications.

Contents of the invention

The main object of the present invention is to provide a single-piece reclosable unit pack, such as a blister pack, and a method of manufacturing the same.

Another object of the present invention is to provide a single-piece re-closable unit package, such as a blister package, which requires limited doses for patient use, thereby ensuring patient compliance and avoiding drug waste.

It is a further object of the present invention to provide a single piece reclosable unit pack so that when folded, parts of like sections are joined together.

Other object of the present invention is to provide a child safe and senior friendly single piece reclosable unit package with self-sealing/reclosing capability that does not require additional cartons/closures to package/accommodate the single piece reclosable unit package thereby making it capable/child-resistant.

Another object of the present invention is to provide a child resistant feature of a blister pack without the use of an additional casing/cover/carton.

Another object of the present invention is to provide a system and method of manufacturing the child-resistant blister pack.

Another object of the present invention is to provide a child resistant feature, preferably using the same material as the blister.

Another object of the present invention is to provide a uniquely identifiable single-piece reclosable unit package.

Another object of the present invention is to provide at least two sets of identification information on a single piece reclosable unit package.

Another object of the present invention is to detect and record information from the closure into the single-piece reclosable unit package and transmit it to an external device.

Another object of the present invention is to increase the visibility of the graphics/items on the closure of the blister pack to the end user.

Another object of the present invention is to preferably utilize a single reclosable unit package to display graphics/articles/information related to the product/single reclosable unit package.

Accordingly, an aspect of the present invention provides a single-piece reclosable unit package comprising:

Single-piece reclosable unit packs consisting of:

The first layered structure, wherein one or more housing shells are formed to accommodate the product, wherein the housing shells stand upright on the first surface of the first layered structure, so that one or more corresponding openings are formed in the second surface;

a second layered structure adhered to the unformed area of the second surface of the first layered structure, wherein the part of the second layered structure corresponding to the housing opening is ruptured to remove the product;

each comprising at least a first portion and a second portion of the containment shell, wherein a region between the first portion and the second portion is foldable;

Optionally, one or more unformed parts,

Wherein, the accommodating shells of the first part and the second part are arranged so that when the first part and the second part are folded, the accommodating shells will not overlap;

Engaging means and corresponding receiving means are provided on said first part and said second part so that when folded said first part and said second part join together.

In another aspect of the present invention, there is provided a single-piece reclosable unit package comprising:

The first layered structure, wherein one or more housing shells are formed to accommodate the product, wherein the housing shells stand upright on the first surface of the first layered structure, so that the first layered structure One or more corresponding openings are formed on the second surface of the

a second layered structure adhered to the unformed area of the second surface of the first layered structure,

Wherein, the part of the second laminar structure corresponding to the opening of the containing shell is ruptured to remove the product;

a unitary portion comprising the housing, and at least one unformed portion, wherein a region between the unitary portion comprising the housing and the at least one unformed portion is foldable;

Engagement means and corresponding receiving means are provided on the unitary portion comprising the housing shell and the at least one unformed portion so that when folded, the single portion comprising the housing shell and the at least one unformed portion are combined in Together.

In another aspect of the present invention, there is provided a reading device for identifying and reading the unique identification information on the single-piece reclosable unit package.

In another aspect of the present invention, there is provided a reading tool for identifying and reading the unique identification information on the package of said single-piece reclosable unit, wherein said reading tool is adapted to detect The identifying information is associated with the reclosable unit package and communicating the information or generating a signal responsive to the information, the signal being communicated to a peripheral device. Suitably, the information is encoded, preferably optical, electronic or magnetic, wherein the reading means comprises:

one or more reading elements mounted to correspond to the position of each set of identification information on the single-piece reclosable unit package to read the at least two sets of identification information;

Wherein the reading means is adapted to read a signal from at least one identification feature in each of the at least two sets of identification information arranged or contained in different parts of the single reclosable unit packaging. On a surface, edge or plane; wherein the reading device is arranged to define a space between a first discrete area of the first set of identification information to be read and a second discrete area of the second set of identification information to be read relationship, and using the reading means to determine at least one characteristic of the property of at least one identifying feature of the first set of identifying features, thereby obtaining a first signal; using the reading means to determine the property of at least one identifying feature of the second set of identifying features Obtaining/forming/generating at least one object identifier using the processing unit and the first signal and the second signal (thereby using the spatial relationship of the features internally or explicitly) to obtain/form/generate at least one characteristic of the features.

Description of drawings

The features and advantages of the present invention will be made apparent from the following detailed description and preferred embodiments taken in conjunction with the accompanying drawings.

Figure 1 is a schematic diagram of a single-piece resealable unit package (page 1);

Figure 2 is a schematic diagram of a single-piece reclosable unit package (page 2 - Figure 1 of the Supplementary Patent);

Figure 3 is a schematic diagram of a single-piece resealable unit package (page 3);

Figure 4 is a schematic diagram of a single-piece reclosable unit package (page 4 - Figure 2 of the Supplementary Patent);

Figure 5 is a schematic diagram of a single-piece resealable unit package (page 5);

Figure 6 is a schematic diagram of a single-piece resealable unit package (page 6);

Figure 7 is a schematic diagram of a single-piece resealable unit package (page 7);

Figure 8 is a schematic diagram of a single-piece resealable unit package (page 8);

Figure 9 is a schematic diagram of a single-piece resealable unit package (page 9);

Figure 10 is a schematic diagram of a single-piece reclosable unit package (page 10);

Figure 11 is a schematic diagram of a single-piece reclosable unit package (page 11);

Figure 12 is a schematic diagram of a single-piece reclosable unit package (page 12);

Figure 13 is a schematic diagram of a single-piece reclosable unit package (page 13);

Figure 14 is a schematic view of a single-piece reclosable unit package (page 14).

Detailed ways

Figure 1 shows one of the single piece reclosable unit packaging embodiments. The single-piece reclosable unit pack comprises a first layered structure 1, in the form of a single or multi-layer structure, wherein one or more enclosed spaces containment 2 are formed To accommodate the product, the housing shell stands upright on the first surface of the first layered structure, and defines one or more corresponding openings (not shown in the figure) in the second surface of the first layered structure. Shows). The single-piece reclosable unit package also includes a second rupturable layered structure 3 (seal) for sealing said container, wherein, when the product is removed, it corresponds/folds to the container. The encapsulating thin layer part on the housing part is broken/removed, said laminar structure is fixed/bonded/pasted/attached to the unformed area of the second surface of the first laminar structure to seal said opening to Seals product in an upright container. An unformed portion/region 4 is provided between the clusters of housing shell portions having shaped cavities and marked 10 and 20, said unformed region 4 being adapted to fold/help the first laminar structure and the second layer The structure is folded along the line marked 5 so that when folded, part 10 and part 20 lay/cover each other, as shown. The housings are arranged on said shaped parts 10 and 20 in such a way that they do not overlap when folded and are spaced from each other so that the housings of part 10 are located on both sides of part 20. Between a small container (capsule). In order to join together part 10 and part 20 when folded, engaging means in the form of raised areas/protrusions 7 are provided adjacent to said part 10 and recesses are provided on the other part 20 corresponding to the raised areas/protrusions 7 8 in the form of receiving means for removably receiving 7 so that when folded 7 is press-fitted in groove 8, as shown in Figure 1c. Optionally, portions 10 and 20 are bounded by stiffeners in the form of shaped portions marked 9 in FIG. 1( c ).

One of the single piece reclosable unit packaging embodiments is shown in Figure 2, for use in clinical situations in patients requiring dose limitation. The single-piece reclosable unit pack comprises a first laminar structure 1, in the form of a single or multi-layer structure, wherein one or more containment shells 2 of closed spaces are formed to hold the product, said containment shells Upstanding on the first surface of the first laminar structure, one or more corresponding openings (not shown in the figures) are defined in the second surface of the first laminar structure. The single-piece reclosable unit package also includes a second rupturable laminar structure 3 (seal) (see Figure 2(c)) for sealing the housing, wherein, when the product is removed, the corresponding/stacked part of the encapsulating thin layer attached to the housing part is broken/removed, said layered structure is fixed/bonded/pasted/attached to the unformed area of the second surface of the first layered structure to seal the Open the opening to seal the product in the upright container. As shown in Figure 2(b), an unformed portion/region 4 is provided between the portions marked 10 and 20, wherein portion 20 comprises a cluster of housing shell portions forming a cavity, said region 4 being suitable for folding / Facilitates folding so that part 10 and part 20 lay/cover each other when folded, as shown in Fig. 2(c). (The number of times the sheet is passed through the forming machine is reduced for devices with only one section comprising clusters. The same statement in this patent-addition fails to correctly specify the method of forming a sheet with multiple sections each containing a blister and forming problems.)

In order to be able to join part 10 and part 20 together when folded, engaging means in the form of raised areas/protrusions 7 are provided in the vicinity of said part 10, wherein corresponding raised areas/protrusions 7 are provided in the other part 20 Receiving means in the form of grooves 8 are provided for removably receiving 7 so that when folded 7 is press-fitted in the grooves 8 . Optionally, portions 10 and 20 are bounded by stiffeners in the form of shaped portions marked 9 in Figure 2(c).

Another variant of this embodiment is shown in FIG. 3 , in which the engaging and corresponding receiving means which join together the parts 10 and 20 when folded are provided in the form of a strip 80 acting outside the tool 7 as the engaging means role. One end of the strip is the part attached/integrated/extended from (from) the second laminar structure in the vicinity of the groove 8, as shown in Figure 3(b). The portion 20 is provided with a slot 90 for removably receiving the other end 85 of the strap 80 adapted to be press-fitted in the slot. When the portion 20 is folded over the portion 10, as shown in Figure 3(c), the length of the strip 80 is sufficient to wrap around a single reclosable unit package and the end 85 is press fit in the slit 90, as shown in Figure 3(d). Furthermore, the protrusion 7 is also press-fit in the groove 8 when folded. During operation, the user needs to release the end 85, untie the strip and gently release the tab 7 from the groove 8, open the single reclosable unit package and obtain the product.

Figure 4 shows yet another embodiment. As shown in FIG. 2 , the single-piece reclosable unit package includes a first laminar structure 1, wherein one or more containment shells 2 of closed spaces are formed to contain products, and the containment shells stand upright on the One or more corresponding openings (not shown) are defined in the second surface of the first layered structure on the first surface of the first layered structure. The single-piece reclosable unit pack also comprises a second laminar structure 3 (seal) for sealing said containment shell, wherein, when the product is removed, the encapsulation layer corresponding/superimposed on the containment shell portion part of the laminar structure is broken/removed, the second laminar structure is fixed/bonded/pasted/attached to the unformed area of the second surface of the first laminar structure to seal the opening to seal the upright container The product in the shell.

The unformed portion/region 4 is provided between the portion referenced 10 and the unformed portion referenced 20 and between the unformed portions referenced 20 and 30 of the containment shell cluster comprising the shaped cavity. Therein, said unformed area 4 is adapted to fold/facilitate folding so that the parts 10 and 20 and the parts 10 and 30 lay/cover each other when folded, as shown in Fig. 4(b) and Fig. 4(c) respectively. In order to join together the parts 10, 20 and 30 when folded, engaging means are provided along the periphery of the part 30 in the form of raised areas/protrusions 7, wherein corresponding to the raised areas/protrusions 7 Receiving means are provided on the other part 10 in the form of an opening 8 to removably receive 7 so that 7 engages in opening 8 when folded, as shown in Figure 4(c). Part 10 and part 20 are respectively provided with reinforcement means 11 and reinforcement means 21 along the periphery of said part, as shown in Fig. 4(b). As shown in FIG. 4( c ), the unformed area between the parts 10 and 20 is folded so that the part 10 is superimposed on the part 20 to cover the housing of the part 10 . Furthermore, the unformed area between the part 20 and the part 30 is folded to overlap the part 30 on the part 10 .

Figure 5 shows yet another embodiment. As shown in FIG. 1 , the single-piece reclosable unit package comprises a first laminar structure 1, wherein one or more containment shells 2 of closed spaces are formed to contain products, and the containment shells stand upright on the said containment shells. One or more corresponding openings (not shown) are defined in the second surface of the first layered structure on the first surface of the first layered structure. The single-piece reclosable unit pack also includes a second rupturable laminar structure 3 (seal) for sealing said containment shell, wherein, when the product is removed, the corresponding/superimposed part of the containment shell Part of the encapsulating laminar structure is broken/removed, the second laminar structure is fixed/bonded/glued/attached to the unformed area of the second surface of the first laminar structure to seal the opening to seal the upright container The product in the shell. An unformed part/region 4 is provided between the parts marked 10 and 20 of the housing shell part cluster comprising the shaped cavity, said region 4 being adapted to/facilitates folding so that the parts 10 and 20 lay on top of each other when folded /overlapping, as shown in Figure 5(b). In order to join the part 10 and the part 20 together when folded, engaging means are provided in the vicinity of said part 20 in the form of raised areas/protrusions 36, wherein corresponding to the raised areas/protrusions 36 the openings 35 The form provides receiving means on the other part 10 to removably receive 36 so that when folded 36 engages in opening 35, as shown in Figure 5d. The containment shells are arranged on said profiled part in such a way that they do not overlap when folded, while the containment shells are spaced apart from each other so that the containment shells of part 10 are located between the two containment shells of part 20. between shells. Further, the single piece reclosable unit pack is also provided with an extended unformed planar portion 25 as an extension of the portion 20 in sheet form, wherein no cluster of containment shells is provided. The extended planar portion is adapted to be folded along line 26 as shown in Figure 5(b). Further, the extension is provided with engaging and receiving means 30 which are removably press fit in the slot 31 to engage the extension. As shown in Figure 5(d) and Figure 5(e), the planar part 10 covers the planar part 20, wherein the planar part 25 covers the unformed area (i.e., the second laminar structure (sealing) of the planar part 10 )), the device 30 is inserted into the slit 31. During operation, the user needs to release the end 30 of the planar portion 25 from the slit 31 and subsequently disengage the protrusion 36 from the opening 35 to obtain the product. Figures 6, 7, 8 and 9 show variants of the invention and of the engaging and receiving means for joining the parts together when folded.

Figure 10 details another embodiment of a single piece reclosable unit package. The single piece reclosable unit pack comprises a central triangular portion 80 provided with an opening 81 at one corner. Along the three sides of the central triangular part 80 are arranged three layered structure planar triangular parts, which are respectively a first triangular planar part, a second triangular planar part and a third triangular planar part. The first, second and third triangular flat portions are integral with the central triangular portion. The first triangular planar portion 83 is foldably arranged so that the first laminar structure (as shown in FIG. 1 ) is on the same plane as the upper surface side of the central triangular portion 80, as shown in FIG. 10 , wherein the first layer The accommodating shell with one or more closed spaces is formed in the shape structure to accommodate the product. Further, engaging means 85 are provided on the first triangular planar portion 83 in the form of protrusions. The second triangular planar portion 86 is foldably arranged along the second side of the central triangular portion 80 in a way that the accommodating shell of the closed space stands upright on the opposite surface of the central triangular portion, that is to say, the The rupturable second laminar structure of the second triangular planar portion is adjacent to the upper surface of the central triangular portion 80 . Further, the third triangular plane part 87 is foldably arranged along the third side of the central triangular plane part 80 . The third triangular planar part is provided with receiving means in the form of slits 90 at its base and engaging means in the form of strips 91 at its vertices, as shown. In operation, the second triangular planar portion 86 is folded over the central triangular portion 80 so that the containment shell is on the upper surface, as shown in Figure 10(b). Further, the first triangular flat part 83 is folded to cover the small container side of the second triangular flat part, as shown in FIG. 10( c ). With respect to the accommodating shells of the second triangular planar portion 86, the accommodating shells of the first triangular planar portion 83 are arranged in such a way that when the 83 is covered on the 86, these accommodating shells will not overlap and overlap each other. adjacent. Said strip 91 wraps around the first triangular flat part, the second triangular flat part and the third triangular flat part, fitting in the slot 90, as shown in Fig. 10(d) and Fig. 10(e).

Figures 11, 12 and 13 show variants of the fold area and variants of the fold. The fold area includes a foldable area and perforations/scores to aid in folding. As shown in FIG. 11 , the region 90 includes a score line and a foldable region, wherein the region protrudes outwardly in a convex shape when folded (designated 90 ), as shown in FIG. 11( b ). Figures 12 and 13 show a variation of the fold area in which a combination of scoring and perforation is used to aid in folding.

Another aspect of the invention, wherein the single-piece reclosable unit pack is adapted for assembly engagement and corresponding receiving means, is illustrated by FIG. 14 . The peripheral engagement device 120 is adapted to fit within the folded area. The single-piece reclosable unit package comprises engaging means in the form of a pressing means 121 operatively associated with receiving means in the form of a flap 122 adapted to the laminar structure of the single-piece reclosable unit package Combined together, as shown in Figure 14(a). The device includes engagement means in the form of a button/switch 121 . When the button/switch 121 is pressed, the closure lifts, causing the two parts of the single reclosable unit package to separate, as shown in Figure 14(b).

In another embodiment, a reader means is provided for identifying and reading the unique identification information on the package of the single-piece reclosable unit, wherein the reader means can detect the The sealing unit packs relevant identification information and transmits this information or generates a signal responsive to the information, which signal can be transmitted to the peripheral device. Suitably, information is encoded, preferably optical, electronic, magnetic or a combination thereof.

In one embodiment of the single reclosable unit package, a uniquely identifiable message and/or combination of messages is provided on the single piece reclosable unit package.

In yet another embodiment, the single piece reclosable unit package is provided with an identification label for identifying the single piece reclosable unit package for authentication. The label includes at least two sets of identification information, the at least two sets of identification information include a first set of identification information and a second set of identification information, each set of identification information is set on a different surface, edge or plane of the identification label, the first set The identification feature of the set identification information and the identification feature of said second set of identification information are arranged in a fixed relative spatial position relative to each other, said fixed spatial relationship being used to identify the single reclosable unit package.

In yet another embodiment, the identifiers are provided within a label on the single-piece reclosable unit package, wherein one identifier comprises a readable layer of randomly distributed material capable of encoding identifying information, for example, Conductive materials, magnetized or magnetizable materials, semiconducting particles and optically active particles. The second identifier suitably comprises optical information, such as a 1-D or 2-D barcode.

In yet another embodiment, at least two sets of identification information are provided on the single reclosable unit package and/or said layered structure. In another variation of this embodiment, the unique identification information is suitably contained in the form of oriented or orientable particles on the single-piece re-closable unit package, and the identification information can be associated with, for example, the single-piece re-closable unit package. manufacturer or individual. Preferably, the identification information comprises information obtained from magnetic and/or electric fields, and optionally optical or magneto-optical information. In yet another variation of this embodiment, nano/micro particle materials and/or material composites with measurable material specifications are used on the identification information of the single-piece reclosable unit package.

In a preferred embodiment, the single-piece reclosable unit package suitably comprises a substantially non-magnetic host material having apertures, wherein at least some of the apertures contain encodable substantially magnetic host material, with The identification information used to identify single-piece reclosable unit packs or single-dose packs is coded. The single-piece reclosable unit pack may comprise a substantially electrically insulating matrix material having apertures, wherein at least some of the apertures contain an encodeable substantially electrically conductive matrix material for encoding identification information for identifying the single dose pack. Ideally, the conductive material is connectable to a power source.

In yet another embodiment, the single reclosable unit package is provided with means for detecting separation of the engaging means of the single reclosable unit package from the corresponding receiving means, for monitoring and/or recording of the single reclosable unit package and/or products obtained from single-piece reclosable unit packaging. In another variation of this embodiment, the single reclosable unit package is provided with a wired/wireless communication means capable of interacting with a peripheral/remote device.

In another embodiment, a sensing means in the form of an implantable system is adapted to be fitted on said single reclosable unit package for detecting the disengagement of the engaging means and the corresponding receiving means of the single piece reclosable unit package , to monitor and/or record the single reclosable unit packaging and/or the product taken from the single reclosable unit packaging. The sensing tool includes a signal generating device, a data processing tool, a data recording and storage tool configured with a communication tool, an optional communication switch, a power supply, an optional audio signal generating tool and an oscillator (real time clock (Real time clock) )). Wherein, the signal generating means is activated when the single-piece reclosable unit package is separated from the package securing means. The signaling means can be activated in various ways, such as electronically, mechanically, optically or visually. In certain embodiments, the visual display device and audio signal generating means are provided to alert the user of the time and date when the product is to be used, and also provide quantitative information regarding the quantity of product in the single reclosable unit package. When the user separates the single-piece reclosable unit package from the closure, a signal from the signal generating means is sent to the data processing means, wherein the time and date when the product is dispensed is recorded in the data of the data processing means in the recording device. With the optional communication feature, the user transmits recorded data to an external device via an optional implanted communication switch.

In a variant, said recorded data in said data processing means are transferred/sent to peripheral devices by means of communication means with the help of radio frequency (RF), wherein said recorded data to be transferred are superimposed on the on the RF field generated by the RF circuit. In yet another variation of this embodiment, the recorded data in the data processing tool is transferred/sent to an external device through a communication tool using an infrared (IR) link, wherein the recorded data to be transferred Data is in the form of coded pulses or frequencies. In yet another variant of this embodiment, said recorded data in said data processing means is communicated by wire and/or by any direct contact method such as I2C, Serial Peripheral Interface (SPI), serial or parallel, but not limited thereto) transfer/send to a supporting device through a communication tool. In yet another variation of this embodiment, wireless communication tools such as Bluetooth, Wi-Fi, Zigbee (Zeegbee), Wi-Max, General Packet Radio Service (GPRS), Global Messaging (GSM) and Ultra Low Energy Bluetooth are used Wireless technology (Wibree) transfers data, but is not limited to this.

Thus, it will be apparent from the present invention that it includes cooperating combinations of said single-piece reclosable unit packs and combinations of: a first laminar structure, wherein a receptacle with one or more closed spaces is formed; a shell to contain the product, the containment shell standing upright on the first surface of the first laminar structure, defining one or more corresponding openings in the second surface of the first laminar structure; a rupturable layered structure for sealing the containing shell, wherein when the product is removed, the portion of the encapsulating laminated structure corresponding/superimposed on the containing shell part is ruptured/removed, the second the laminar structure is fixed/bonded/pasted/attached to the unformed area of the second surface of the first laminar structure (to seal said opening to seal the product in the upright housing); and the unformed portion/area, between portions of the forming cavity, wherein said portions are adapted to fold/help fold the first and second laminar structures; the present invention provides self-packaging/repacking capabilities without the need for additional cartons/ The seal-ready/container package provides means to secure portions of a single-piece reclosable unit package and may have optional child-resistant features.

Claims (19)

1. monolithic can seal a unit package again, it is characterized in that, comprising:

The first laminar texture, wherein, is formed with one or more putting parts with accommodating product, and this putting part stands upright on the first surface of this first laminar texture, thereby on the second surface of this first laminar texture, forms the opening of one or more correspondences;

The second laminar texture, sticks on the unshaped region of this second surface of this first laminar texture,

Wherein, make the second stratiform structure breaking corresponding to this putting part opening to remove product;

At least Part I and the Part II of each self-contained this putting part, wherein, the region between described Part I and described Part II is collapsible;

Wherein, described Part I and described Part II this putting part is separately set to: so that when folding described Part I and described Part II, this putting part can be not overlapping;

Coupling device and corresponding receiving device, be located on described Part I and described Part II, to described Part I and described Part II are fixed together when folding.

2. monolithic according to claim 1 can seal unit package again, it is characterized in that, described coupling device and corresponding described receiving device are located in described the first laminar texture, and this coupling device of elevated regions form is set near the described putting part of described Part I; Wherein, corresponding to this coupling device of elevated regions form, this receiving device that form of grooves is set receives this coupling device removedly, so that this coupling device is force-fitted in this receiving device of form of grooves when folding.

3. monolithic according to claim 1 can seal unit package again, it is characterized in that, comprising:

The first laminar texture, this first laminar texture is formed with the putting part of one or more enclosure spaces with accommodating product, this putting part stands upright on the first surface of this first laminar texture, limits the opening of one or more correspondences in the second surface of this first laminar texture;

The second laminar texture, be used for sealing this putting part, wherein, while removing product, corresponding/part of being superimposed on described the second laminar texture in this putting part part is broken/is removed, this second laminar texture sticks on the unshaped region of this second surface of this first laminar texture, for sealing this opening to seal the product of this upright putting part;

Unshaped part/region, is located between multiple parts, and wherein, a part comprises the putting part cluster of shaping cavity, other two part unshapeds;

This unshaped region, be suitable for folding/help folding so that the plurality of part is laid each other when folding/superimposed;

Coupling device, is arranged to the form of elevated regions/protrusion, in this unshaped part; Wherein, the receiving device of opening form is set in this part corresponding to this coupling device of elevated regions/protrusion form, receives removedly this coupling device;

Wherein, this part and other unshaped part are provided with bracing means along periphery,

Wherein, the unshaped region between folding the plurality of part, so that a part is superimposed in this other unshaped part, to cover this putting part of this part; Other unshaped part is superimposed in this part.

4. monolithic according to claim 1 can seal unit package again, it is characterized in that, described coupling device and corresponding described receiving device are located in described the first laminar texture, and this coupling device of elevated regions form is set near the described putting part of described Part I; Wherein, corresponding to this coupling device of elevated regions form, this receiving device that form of grooves is set receives this coupling device removedly, so that this coupling device is force-fitted in this receiving device of form of grooves when folding.

5. can seal again unit package according to the monolithic described in any one in claim 1-4, it is characterized in that, the border of described Part I and described Part II by with described the first laminar texture in the described putting part shaped region of bordering on limit, as reinforcing member.

6. can seal unit package according to the monolithic described in any one in claim 1-4 again, it is characterized in that, the form that described coupling device is band, is the extension of described Part II; Wherein, one end of this band is located near the receiving device of form of grooves as claimed in claim 4, this Part II has the receiving device of form of slits to receive removedly the other end of this band, the other end of this band is suitable for being force-fitted in the receiving device of this form of slits, wherein, the length of this band enough can be sealed unit package around this monolithic again and is wound around in the time that folding described Part I and described Part II make it superimposed each other, and the other end of this band is force-fitted in the receiving device of this form of slits.

7. can seal again unit package according to the monolithic described in any one in claim 1-4, it is characterized in that, comprise:

The first laminar texture, is formed with one or more putting parts with accommodating product, and this putting part stands upright on the first surface of this first laminar texture, thereby on the second surface of this first laminar texture, forms the opening of one or more correspondences;

The second laminar texture, sticks on the unshaped region of this second surface of this first laminar texture,

Wherein, make partial rupture corresponding to this second laminar texture of this putting part opening to remove product,

At least Part I and the Part II that comprise this putting part, wherein, the region between described Part I and described Part II is collapsible;

Wherein, described Part I and described Part II this putting part is separately set to: so that when folding described Part I and described Part II, this putting part can be not overlapping,

The unshaped planar section extending, the unshaped planar section of this extension is set to the extension of described Part II; Wherein, the unshaped planar section of this extension is suitable for folding covering on this Part I, one end at the unshaped planar section of this extension is provided with coupling device, in the unshaped part between this Part I and described Part II, be provided with the receiving device of form of slits, this coupling device is force-fitted in the unshaped planar section that engages this extension in the receiving device of this form of slits removedly.

8. monolithic according to claim 7 can seal unit package again, it is characterized in that, described monolithic can seal unit package again and comprise one or more unshaped parts.

9. can seal again unit package according to the monolithic described in any one in claim 1-4, it is characterized in that, be included in the central triangular portions that an angle is provided with opening, be provided with the first planar delta part, the second planar delta part and the 3rd planar delta part along three limits of this central authorities' triangular portions;

Wherein, described the first planar delta part is set to collapsibly, the upper surface side of the first laminar texture as claimed in claim 1 and this central authorities' triangular portions is positioned at same plane, the putting part that is wherein formed with one or more enclosure spaces in this first laminar texture is with accommodating product, and coupling device stretches out this first planar delta part;

Described the second planar delta part arranges collapsibly along the Second Edge of this central authorities' triangular portions, the set-up mode of described the second planar delta part stands upright in the opposite of this middle body the putting part of enclosure space, and rupturable second laminar texture of described the second planar delta part is pressed close to the upper surface of this central authorities' triangular portions;

Described the 3rd planar delta part arranges collapsibly along the 3rd limit of this central authorities' triangular portions, wherein, described the 3rd planar delta part is provided with the receiving device of form of slits on its base, and described the 3rd planar delta part is provided with the band of extension on its summit

Wherein, folding this second planar delta part is to cover in this central authorities' triangular portions, and the putting part in this second planar delta part is positioned on upper surface like this, and folds this first planar delta part to cover the accommodating shell-side of this second planar delta part,

Wherein, with respect to the putting part of this second planar delta part, the putting part of this first planar delta part arranges by this way: when superimposed with this second planar delta part with this first planar delta part of box lunch, this putting part can be not overlapping;

Wherein, this ribbon toroid is wound around around this first planar delta part, this second planar delta part and the 3rd planar delta part, be assemblied in the receiving device of this form of slits, make while folding, this first planar delta part, this second planar delta part and the 3rd planar delta part to be combined.

10. can seal unit package according to the monolithic described in any one in claim 1-4 again, it is characterized in that, the region between described Part I and described Part II comprises perforation and/or the line that help is folding.

11. monolithics according to claim 10 can seal unit package again, it is characterized in that, the foldable area between described Part I and described Part II comprises described line, and when folding, this region is outwards outstanding with convex.

12. monolithics according to claim 1 can seal unit package again, it is characterized in that, this monolithic can seal unit package again and be provided with identification label, can seal unit package to differentiate for identifying this monolithic again; Wherein, this label comprises at least two group identifying informations, this at least two groups identifying information comprises first group of identifying information and second group of identifying information, this each group identifying information is located in different surfaces, limit or the plane of this identification label, the recognition feature of the recognition feature of this first group of identifying information and this second group of identifying information is relative to each other located on fixing relative tertiary location, and this fixed spatial relationship is used for identifying this monolithic can seal unit package again.

13. monolithics according to claim 12 can seal unit package again, it is characterized in that, be provided with recognition instrument, for identifying and reading this monolithic and can seal again unique identifying information on unit package, this recognition instrument is applicable to detect and can seals to this monolithic this identifying information that unit package is relevant again, and transmit this information or produce the signal in response to this information, this signal can send external device to; Wherein with optical form, electronic form, magnetic form or its combination, this information is encoded.

14. monolithics according to claim 1 can seal unit package again, it is characterized in that, this monolithic can seal unit package again and be provided with the instrument with described corresponding receiving device separation for detection of described coupling device, to monitor and/or to record this monolithic and can seal unit package again and/or can seal from this monolithic the product that unit package obtains again; Wherein, this monolithic can seal again unit package be provided with can with the wire/wireless communication tool of peripheral hardware/remote-control device interaction.

15. monolithics according to claim 1 can seal unit package again, it is characterized in that, implant system is suitable for being assemblied in this monolithic and can seals in unit package again/on, for detection of separating of described coupling device and described receiving device, to monitor and/or to record this monolithic and can seal again unit package and/or can seal again from this monolithic the product that unit package obtains; Wherein, sensing tool comprises signal generation apparatus, data processing tools, disposes data logging and memory storage, power supply and the oscillator of communication tool, wherein, when this monolithic can seal unit package and this signal generation apparatus activation while separating of packing anchor fitting again; That this signal generation apparatus uses is electronics, machinery, mode optics or vision or its combination are implemented.

16. monolithics according to claim 15 can seal unit package again, it is characterized in that, described sensing tool comprises communication switch.

17. monolithics according to claim 15 can seal unit package again, it is characterized in that, described sensing tool comprises sound signal generating tool.

18. monolithics according to claim 1 can seal unit package again, it is characterized in that, described monolithic can seal unit package again and comprise the one or more unshaped parts except described Part I and described Part II.

19. 1 kinds of monolithics can seal unit package again, it is characterized in that, this monolithic that comprises at least two parts can seal unit package again and be suitable for assembling peripheral hardware coupling device and corresponding receiving device in fold domain, this coupling device of press tool form is combined with this receiving device operability of capping form, and the laminar texture that this receiving device of capping form is suitable for this monolithic to seal unit package again combines; Wherein, this monolithic can seal the coupling device that unit package comprises button/switch form again, while pressing this coupling device of button/switch form, and this receiving device lifting of capping form, two parts that make this monolithic can seal again unit package separate.

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