TW202222531A - Tool for manufacturing a cap for a container - Google Patents

Abstract

A tool for manufacturing a cap for a container comprises a blade set that includes a plurality of knives. The knives are configured to make incisions in a cap having a main body having a top plate and a circular sidewall. The top plate has a top surface, wherein two opposite sides of the circular sidewall circularly connect to each other, one periphery of the circular sidewall connects to one surface of the top plate forming a closed end, and the other periphery of the circular sidewall at the opposite side of the closed end forms an opened end and a ring member, which is located at the opened end of the main body. There is a first tab on the ring member and a second tab on the sidewall.

Description

Tools for making container lids

The present invention relates to a tool for making container lids.

Typically, the lid of a conventional container is completely separated from its container once the container is opened. As a result, the detached cover can easily be dropped, accidentally discarded, and/or misplaced/lost. Additionally, the detached cover can easily become dirty when dropped from contact with the ground or other uncontrolled surface, rendering the cover no longer reusable. Furthermore, discarded or misplaced/lost separate lids can and will contaminate the environment and cause additional environmental problems. Therefore, to solve these problems, the industry has developed caps that will remain attached to their container when the container is in an open state. This prevents these lids from detaching from their container, falling, accidentally discarded, misplaced/lost, soiled by contact with the ground or other uncontrolled surfaces or potentially polluting the environment or causing additional environmental problems.

Nonetheless, existing caps with the above-mentioned functions may use complex designs and complex connection structures, requiring the user to perform some difficult physical manipulations to restore the cap to a closed and sealed state. Furthermore, manufacturing covers with these structures can also be complex or expensive.

In view of this, the present invention provides a tool for manufacturing container lids, comprising: a cutter set including a plurality of blades configured to form cuts in a lid having a body having a top plate and an annular side wall, the top plate has a top surface, wherein two opposite sides of the annular side wall are annularly connected to each other, a periphery of the annular side wall is connected with a surface of the top plate to form a sealing end, and the annular The other periphery of the side wall is formed with an open end and a ring, the ring is located at the open end of the main body, the plurality of blades include: a first blade set configured on the cutter set to cut a first cut portion , the first cut portion has a first end and a second end, the first end is separated from the second end and used to cut a second cut portion located on the main body or the ring; and a first Two blade sets are arranged on the cutter set to cut the second incision part, the second incision part has a first end and a second end, the first end of the second incision part and the second incision The second end of the portion is separated; wherein the first cutout portion does not intersect the second cutout portion, and the first cutout portion and the second cutout portion are configured to be unscrewed when the lid is placed on the container When the cover is formed, the main body is separated from the ring except for a first connecting part and a second connecting part; wherein the first connecting part is formed in a first blade formed by a first blade in the first blade set. Between a first notch portion and a second notch portion formed by a second blade in the second blade set; wherein the second connecting portion is formed using a third blade in the first blade set between a third notch portion formed and a fourth notch portion formed by a fourth blade in the second blade set; and wherein the second blade set is additionally disposed on the cutter set to be in the ring A first lug is formed on the piece and a second lug is formed on the annular side wall, so that a fifth blade of the second blade set forms a fifth cutout that defines the first convexity A first side of the blade and a sixth blade of the second blade set form a sixth cutout portion that defines a second side of the first tab and a first edge of the second tab Both sides, and a seventh blade form a seventh cutout portion that defines a second side of the second tab.

The present invention provides a tool for making a container lid, comprising: a plurality of blades configured to form cuts in a lid having a body, the body having a top plate and an annular side wall, the top plate having a top surface , wherein the two opposite sides of the annular sidewall are annularly connected to each other, a periphery of the annular sidewall is connected to a surface of the top plate to form a sealing end, and an opening is formed at the other periphery of the annular sidewall on the opposite side of the sealing end end and a ring, the ring located at the open end of the body, the plurality of blades including: a first blade set configured to cut a first cut portion having a first end and a second end, the first end separated from the second end and used to cut a second cut portion located on the body or the ring; and a second blade set configured to cut the a second cutout part, the second cutout part has a first end and a second end, the first end of the second cutout part is separated from the second end of the second cutout part; wherein the first cutout The first cutout portion and the second cutout portion are configured such that when the lid is placed on the container and the lid is unscrewed, in addition to a first connecting portion and a second In addition to the connecting portion, the main body is separated from the ring member; wherein the first connecting portion is formed in a first cutout portion formed by a first blade in the first blade set and in the second blade set between a second incision portion formed by a second blade of the between a fourth cut portion formed by a fourth blade in the set; and wherein the second blade set is additionally configured to form a first lug on the ring and a second lug on the annular sidewall A fifth blade of the second blade set forms a fifth cutout that defines a first side of the first tab, and a sixth blade of the second blade set forms a A sixth cutout portion defining both a second side of the first tab and a first side of the second tab, and a seventh blade forming a seventh cutout portion, the seventh The cutout portion defines a second side of the second tab; wherein the blades are arranged in rows such that a first row includes the first blade and the fourth blade, a second row includes the fifth blade, the The sixth blade, the seventh blade, and a third row include the second blade and the third blade, and the second blade and the third blade are included in the third blade.

The present invention provides a tool for making a container lid, comprising: a plurality of blades configured to form cuts in a lid having a body, the body having a top plate and an annular side wall, the top plate having a top surface , wherein the two opposite sides of the annular sidewall are annularly connected to each other, a periphery of the annular sidewall is connected to a surface of the top plate to form a sealing end, and an opening is formed at the other periphery of the annular sidewall on the opposite side of the sealing end end and a ring, the ring located at the open end of the body, the plurality of blades including: a first blade set configured to cut a first cut portion having a first end and a second end, the first end separated from the second end and used to cut a second cut portion located on the body or the ring; and a second blade set configured to cut the a second cutout part, the second cutout part has a first end and a second end, the first end of the second cutout part is separated from the second end of the second cutout part; wherein the first cutout The first cutout portion and the second cutout portion are configured such that when the lid is placed on the container and the lid is unscrewed, in addition to a first connecting portion and a second In addition to the connecting portion, the main body is separated from the ring member; wherein the first connecting portion is formed in a first cutout portion formed by a first blade in the first blade set and in the second blade set between a second incision portion formed by a second blade of the between a fourth cut portion formed by a fourth blade in the set; and wherein the second blade set is additionally configured to form a first lug on the ring and a second lug on the annular sidewall A fifth blade of the second blade set forms a fifth cutout that defines a first side of the first tab, and a sixth blade of the second blade set forms a A sixth cutout portion defining both a second side of the first tab and a first side of the second tab, and a seventh blade forming a seventh cutout portion, the seventh The cutout portion defines a second side of the second tab.

The accompanying drawings and detailed descriptions will hereinafter make other objects, advantages, and novel features of the present invention more apparent.

FIG. 1 shows a schematic three-dimensional view of a lid for a container according to an embodiment. As shown in FIG. 1 , the cover 10 of this embodiment includes a main body 1 , and the main body 1 has a top plate 11 and an annular side wall 12 . Two opposite sides of the annular side wall 12 are annularly connected to each other. A periphery of the annular side wall 12 is connected to the surface of the top plate 11 to form a sealing end 1'. An open end 1" is formed on the other periphery of the annular side wall 12 on the opposite side of the sealing end 1' (as shown in Figure 3). The ring 2 is separated from the main body 1 by penetration lines, which may be formed to form part of the cover 10 . For example, the penetration lines are formed as part of the lid 10 as an injection molding process or other manufacturing process.

For example, the penetration line may be formed through the cut portion. Although in the following description, the penetration line is generally referred to as the incision line, the penetration line may be formed by a method other than the incision portion. The ring member 2 is separated from the main body 1 through the first incision line 3, and the first incision line 3 is located between the open end 1" of the main body 1 and the ring member 2. The first incision line 3 has a plurality of connecting pins 31. A plurality of The connection pins 31 are arranged along the first incision line 3, and connect the main body 1 and the ring 2 on both sides of the first incision line 3. The two ends of the first incision line 3 are separated by a plurality of connection parts 5. The plurality of connection parts 5 connects the main body 1 and the ring 2. The plurality of second incision lines 4 are located on one side of the plurality of connecting parts 5. The plurality of second incision lines 4 are also located on the main body 1 or the ring 2. The plurality of second incision lines 4 The two ends are not connected to themselves. The plurality of second incision lines 4 do not overlap with the first incision lines 3 .

As shown in FIG. 2A , in this embodiment, a plurality of connecting portions 5 are formed between the first incision lines 3 and the plurality of second incision lines 4 . For example, the shape of the plurality of connection parts 5 is not particularly limited. The shape of the plurality of connection parts 5 depends on the shapes of the first notch lines 3 and the plurality of second notch lines 4 located on the side surfaces of the plurality of connection parts 5 . In this embodiment, the shape of the plurality of connecting portions 5 is a rectangular parallelepiped (as shown in FIG. 3 ). For example, the number of the plural connection parts 5 is not particularly limited. However, in this embodiment, the number of the plurality of connection parts 5 is two. For example, the spacing between each of the plurality of connection parts 5 is also not particularly limited. However, in this embodiment, each of the plurality of connecting portions 5 is separated by a portion of the plurality of second notch lines 4 .

For example, the number of the plurality of second incision lines 4 is not particularly limited. However, in this embodiment, the number of the plurality of second incision lines 4 is two. As shown in FIG. 2A , only the main body 1 has a plurality of second incision lines 4 . One of the two second incision lines 4 connects part of the first incision line 3 . Furthermore, part of the plurality of second incision lines 4 are parallel to the first incision lines 3 .

For example, the first incision line 3 and the plurality of second incision lines 4 are not particularly limited. The first incision line 3 and the plurality of second incision lines 4 may be, for example, a straight line, a curved line, a broken line, an arc, or a combination thereof, respectively. In this embodiment, the first incision line 3 is a straight line. The plurality of second incision lines 4 may also preferably be L-shaped lines, S-shaped lines, Z-shaped lines or a combination thereof. In this embodiment, the plurality of second incision lines 4 are Z-shaped lines. For example, the corners 41 of the plurality of second notch lines 4 are not particularly limited. The corners 41 of the plurality of second notch lines 4 are, for example, arc-shaped corners, chamfered corners, sharp corners or a combination thereof. In this embodiment, the corners 41 of the plurality of second notch lines 4 are arc-shaped corners.

For example, the first incision line 3 and the plurality of second incision lines 4 surround part of the annular side wall 12 or the ring member 2 , but do not completely surround the annular side wall 12 or the ring member 2 . The length of the first incision line 3 and the plurality of second incision lines 4 surrounding the annular side wall 12 or the ring member 2 is not particularly limited. In this embodiment, the length of the first incision line 3 surrounding the annular side wall 12 or the ring member 2 is greater than the length of each of the plurality of second incision lines 4 surrounding the annular side wall 12 or the ring member 2 . However, this may vary by implementation.

FIG. 2B shows a schematic diagram of a lid for a container according to another embodiment. The cover of this embodiment is the same as the cover shown in FIG. 1 except that the plurality of second incision lines 4 and the plurality of second incision lines 4 shown in FIG. 2A are opposite to each other. Nevertheless, the opening direction of the lid and the opening direction of the lid shown in Fig. 2A are still the same (both are counter-clockwise; ie, rotated to the right in Fig. 2A or Fig. 2B).

FIG. 2C shows a schematic diagram of a container lid according to another embodiment. The cover of this embodiment is the same as the cover shown in FIG. 1 except that only the ring 2 has a plurality of second cut lines 4 and the second cut lines 4 encircle less than 1/5 of the ring 2 .

FIG. 2D shows a schematic diagram of a container lid according to another embodiment. Except that the number of the plurality of second incision lines 4 is 1, the second incision lines 4 extend from the main body 1 to the ring member 2 or from the ring member 2 to the main body 1, the second incision lines 4 are not connected with the first incision lines 3, The corner portion 41 (Z-shaped line) of the second incision line 4 is a sharp corner, and the second incision line surrounds the annular side wall 12 less than 1/5 and the ring member 2 which is less than 1/5. Same as the cover shown in Figure 1.

FIG. 2E shows a schematic diagram of a container lid according to another embodiment. The cover of this embodiment is the same as the cover shown in FIG. 1 except that the plurality of second cut lines 4 are L-shaped lines and the corners 41 of these L-shaped lines are sharp corners.

FIG. 2F shows a schematic diagram of a container lid according to another embodiment. The cover of this embodiment is the same as the cover shown in FIG. 1 except that the plurality of second incision lines 4 and the first incision lines 3 are not parallel to each other and the plurality of second incision lines 4 are S-shaped lines.

FIG. 2G shows a schematic diagram of a container lid according to another embodiment. Except that the corners 41 of the plurality of second incision lines 4 (L-shaped lines) are arc-shaped corners and one of the second incision lines 4 surrounds the annular side wall 12 that is smaller than 1/2, the cover of this embodiment is the same as that of FIG. 1 . The cover shown is the same.

Figure 3 shows a schematic three-dimensional view of an embodiment of a container with a lid separated from the container, wherein the lid shown can be any of the lids of any of the above-described embodiments. Hereinafter, the practical application of the cover will be described in further detail using the cover shown in FIG. 1 .

For example, the lid 10 provided can be used with any conventional container without any particular limitation, so long as the lid 10 and the container 20 can be assembled together. For example, the shape of the cover 10 is not particularly limited. As shown in Figure 3, the inside of the lid is circular. For example, the shape of the container 20 is also not particularly limited. As shown in FIG. 3, the opening 210 of the container is a circular opening. For example, the container 20 is a round bottle or a round can. As shown in Figure 3, the container 20 is a bottle with a circular opening.

The main body 1 of the lid 10 can control the opening and closing of the opening 210 of the container. As shown in FIG. 3 , the inner side of the main body 1 has a thread 110 . Through the complementary thread structure 2100 on the outside of the opening 210 of the container, the body 1 can be unscrewed (counterclockwise) and screwed (not shown) (clockwise) on the opening 210 of the container by rotation. For example, when the body 1 of the provided lid 10 is screwed onto the opening 210 of the container, the sealed end 1' of the body 1 will abut against the opening 210 of the container. At the same time, the open end 1" of the main body 1 will face the opening 210 of the container and cover and fit on the opening 210 of the container. Therefore, the opening 210 of the container and the container 20 remain sealed in the closed state.

For example, the outer side of the main body 1 of the cover 10 may be provided with a knurled portion 120 . When the container 20 is to be opened, the knurled portion 120 can easily apply force to rotate and separate the main body 1 and the ring 2 . For example, according to actual requirements, the first incision line 3 disposed between the main body 1 and the ring member 2 of the cover 10 may have a plurality of connecting pins 31 to connect the main body 1 and the ring member 2 . The shape, size, number and spacing of the plurality of connection pins 31 are not particularly limited. When the size and number of the plurality of connection pins 31 of the first notch line 3 are smaller, and the distance between the connection pins 31 is larger, the force required to break the plurality of connection pins 31 is smaller. Conversely, when the size and number of the plurality of connection pins 31 of the first notch line 3 are large, and the distance between the plurality of connection pins 31 is small, the force required to break the plurality of connection pins 31 is greater. In this embodiment, the size and number of the plurality of connection pins 31 of the first notch line 3 are relatively small, and the distance between the plurality of connection pins 31 is relatively large. In addition, the plurality of second slit lines 4 do not have the plurality of connecting pins 31 , so the force required to break the plurality of connecting pins 31 is small. Subsequently, the user can more easily separate the body 1 from the ring 2, ie can more easily open the lid 10 from the opening 210 of the container.

For example, when the main body 1 of the cap 10 is unscrewed from the opening 210 of the container, the plurality of connecting parts 5 connect the main body 1 and the ring 2 together. Since the ring member 2 is installed under the convex portion 2200 of the opening 210 of the container; therefore, the ring member 2 will not be disengaged from the opening 210 of the container. As a result, the connection between the body 1 and the ring 2 separated from the opening 210 of the container will allow the body 1 to remain connected to the container 20 . In addition, the plurality of connection parts 5 can also allow the main body 1 to remain in the open state. The plurality of connections 5 will prevent the body 1 from interfering with the opening 210 of the container. The plurality of connections 5 will also reduce the free movement of the body 1 . Therefore, when emptying the contents from the container 20, the plurality of connecting parts 5 can prevent the main body 1 from coming into contact with other objects due to free movement. For example, when the container 20 is a water bottle, the plurality of connections 5 will prevent the main body 1 from contacting the user's face and any body parts when the user drinks from the water bottle. In addition, the plurality of connecting parts 5 can also prevent the residues inside the main body 1 from easily overflowing by reducing the free movement of the main body 1, and since the ring 2 mounted on the opening 210 of the container can rotate freely, the plurality of connecting parts 5 Will not be easily pulled off.

For example, the cover provided may be made of any material known in the art, wherein the material of the cover is, for example, plastic. The lid can be fabricated by any process known in the art. For example, the manufacturing process of the cover is injection molding. The first incision line and the plurality of second incision lines may be formed by any known method. In all the above-mentioned embodiments, the first incision line and the plurality of second incision lines are formed by rotary cutting, and the incision portion is completed by cutting tools or laser cutting.

FIG. 4 shows a portion of the manufacturing system 70 for engraving kerf lines in the lid 73 . The cover 73 is mounted on the shaft 71 and supported by the base 72 . As shown in FIG. 5 , the cover 73 rotates while passing through the tool support structure 75 provided with the tool 77 . Rotation of the cover 73 against the knife 77 results in an incision line 78 being engraved in the cover 73 .

FIG. 6 shows the rotating shaft 71 mounted on the rotating shaft bracket 76 .

FIG. 7 shows the path 121 that the cover 73 travels along the cutter 77 to create a kerf line in the cover 73 .

Figure 8, Figure 9, Figure 10, Figure 11 and Figure 12 show the knife pattern of the knife used to engrave notch lines in the lid.

Figure 8 shows a knife pattern 130 using knife 131, knife 132 and knife 133 to create kerf lines on cover 73, which will result in the connection of each cover attaching the cover to the ring. The cutter 131 includes a first blade and a second blade located on a different plane from the first blade. The third blade forms an oblique connection between the first blade and the second blade. Likewise, the cutter 132 includes a first blade and a second blade that is on a different plane from the first blade. The first blade and the first blade 131 are located on the same plane. The second blade and the second blade 131 are located on the same plane. The third blade forms an oblique connection between the first blade and the second blade. The cutter 133 is on the same plane as the cutter 131 of the first blade. When the lid is mounted on the container, the connection ensures that the lid (through the attachment to the ring) remains attached to the container even after the lid is removed from the container opening as described above. Notches in cutter 131, cutter 132, and cutter 133 form a bridge connection between the cover and the ring. When the lid is mounted on the container and the container is opened by unscrewing the lid, the bridge connection portion is broken.

Figure 9 shows a cutter pattern 140 using cutters 141, 142, 143, 144, 145, 146, and 147 to create kerf lines on the lid 73, which will result in the connection of each lid attaching the lid to the lid 73. Ring Department. The cutter 141, the cutter 144 and the cutter 147 are all located on the first plane. Both cutter 143 and cutter 146 lie on the second plane. Both cutter 142 and cutter 145 lie on a third plane between the first plane and the second plane. The cutter 142 and the cutter 145 form a smaller cutout portion than the other cutters among the plurality of cutters. The cutter 142 and the cutter 145 are in an oblique direction between the first plane and the second plane. Alternatively, cutter 142 and cutter 145 may be in a horizontal or vertical orientation when positioned between the first plane and the second plane.

When the lid is mounted on the container, as described above, the connection ensures that the lid (through the attachment to the ring) remains attached to the container even after the lid is removed from the container opening. Notches in cutter 141, cutter 143, cutter 146, and cutter 147 form a bridge connection between the cover and the ring. When the lid is mounted on the container and the container is opened by unscrewing the lid, the bridge connection portion is broken.

Figure 10 shows a knife pattern 150 using knife 151, knife 152, knife 153, knife 154, and knife 155 to create kerf lines on cover 73, which will result in the connection of each cover attaching the cover to the ring. The cutter 151 is located on the first plane and has a first gap and a second gap. Both cutter 153 and cutter 155 lie on the second plane. Both cutter 152 and cutter 154 lie on a third plane between the first and second planes. Knife 152 is located near the first gap and knife 154 is located near the second gap. The cutter 152 and the cutter 154 form a smaller cutout portion than the other cutters in this structure. The cutter 152 and the cutter 154 are in an oblique direction between the first plane and the second plane. Alternatively, cutter 152 and cutter 154 may be in a horizontal or vertical orientation when positioned between the first plane and the second plane. When the lid is mounted on the container, as described above, the connection ensures that the lid (through the attachment to the ring) remains attached to the container even after the lid is removed from the container opening. The notches in the cutter 151, cutter 153 and cutter 155 form a bridge connection between the cover and the ring. When the lid is mounted on the container and the container is opened by unscrewing the lid, the bridge connection is broken.

Figure 11 shows a cutter pattern 160 using cutters 161, 62, 163, 164, 165, 166, and 167 to create kerf lines on the lid 73, which will result in the connection of each lid attaching the lid to the lid 73. Ring Department. The cutter 163, the cutter 164 and the cutter 146 are all located on the first plane. Both cutter 165 and cutter 167 lie on the second plane. Both the tool 161 and the tool 162 are located on a third plane between the first plane and the second plane. The cutter 161 and the cutter 162 form a smaller notch than the other cutters among the plurality of cutters. The cutter 161 and the cutter 162 are in an oblique direction between the first plane and the second plane. Alternatively, the cutter 161 and the cutter 162 may be in a horizontal or vertical orientation when positioned between the first plane and the second plane. When the lid is mounted on the container, as described above, the connection ensures that the lid (through the attachment to the ring) remains attached to the container even after the lid is removed from the container opening. Notches in cutter 163, cutter 164, cutter 165, cutter 166, and cutter 167 form a bridge connection between the cover and the ring. When the lid is mounted on the container and the container is opened by unscrewing the lid, the bridge connection is broken.

Figure 12 shows a knife pattern 170 using knife 171, knife 172 and knife 173 on a first plane. The cutter 174 and the cutter 175 are located on the second plane. The cutter 176 and the cutter 177 are in a horizontal direction between the first plane and the second plane. Alternatively, cutter 176 and cutter 177 may be in a diagonal or vertical orientation when positioned between the first plane and the second plane. When the lid is mounted on the container, as described above, the connection ensures that the lid (through the attachment to the ring) remains attached to the container even after the lid is removed from the container opening. Notches in cutter 163, cutter 164, cutter 165, cutter 166, and cutter 167 form a bridge connection between the cover and the ring. When the lid is mounted on the container and the container is opened by unscrewing the lid, the bridge connection is broken.

The spindle can include grooves that reflect the position of the tool to help engrave kerf lines in the lid. For example, Figure 13 shows a spindle 180 having a spindle head 181 that includes a groove 182 that is wide enough to accommodate all the tool edges of the tool or tool pattern.

Figure 14 shows a spindle 200 having a spindle head 201 that includes grooves 202 and 203, each groove wide enough to accommodate one tool edge of a tool composite from a tool or tool pattern. In the embodiment shown in Figure 14, each "horizontal" tool edge has its matching groove, with no grooves for vertical or beveled tools or tool sections.

Figure 15 shows a spindle 190 with a spindle head 191 comprising a groove 192, a groove 193, a groove 194 and a groove 195, each groove wide enough to accommodate a tool edge from a tool or tool portion, As represented by the tool edge of the tool 196 . In the embodiment shown in Figure 15, each "horizontal" tool has its matching groove, and each vertical or bevel tool or tool portion has its matching groove.

Figure 16 shows a spindle 290 having a spindle head 294 that includes a groove 291, a groove 292, and a groove 293, each groove wide enough to accommodate a knife or a knife portion from the knife pattern. For example, knife assembly 295 has knife edge 296 , knife edge 297 , and knife edge 298 . For example, grooves 292 are present to allow for bevel cutters (eg, bevel cutter 152 and bevel cutter 154 shown in FIG. 10 ).

17 , 18 , 19 , 20 , 21 , 22 and 23 show that the lid 301 can be held in an inverted position against the container 300 after the lid 301 is removed from the container 300 . Specifically, in FIG. 17 , lid 301 is shown secured to container 300 . The first cutout portion 303 and the second cutout portion 304 form a connection portion 305 and a connection portion 306 between the cover 301 and the ring member 302 . In the embodiment shown in FIG. 17 , a region 307 exists between where the connecting portion 305 connects to the ring 302 and where the connecting portion 306 connects to the cover 301 . The height of the cover 301 and the diameter of the cover 301 affect the length of the area 307 and even whether the area 307 exists, because the size of the area 307, the first cutout 303 and the second cutout 304 all depend on the size of the calibration connection 305 and The connection portion 306 is sized so that when the lid 301 is removed from the container 300 , the lid 301 can be held in an inverted position against the container 300 through the connection portion 305 and the connection portion 306 .

In the inverted position, the top surface 308 of the lid 301 is held in a position where the top surface 308 faces the container 300 . The length of the connection portion 305 and the length of the connection portion 306 are selected such that the elasticity of the connection portion 305 and the elasticity of the connection portion 306 allow the user to move the lid 301 against the inversion of the container 300 by stretching the connection portion 305 and the connection portion 306 position, then the elasticity of the connection portion 305 and the elasticity of the connection portion 306 hold the lid 301 in the inverted position against the container 300 when the user is drinking from the container.

When the user has temporarily finished drinking from the container 300, the elasticity of the connection portion 305 and the elasticity of the connection portion 306 allow the user to move the lid 301 from the inverted position to the initial open position, from which the lid 301 can be screwed back onto the container 300 . For cases where the lid has a flip-top design, the lid can be reattached by snapping the lid back onto the container.

FIG. 18 shows the lid 301 after the lid 301 has been unscrewed from the container 300 . The connecting portion 305 and the connecting portion 306 hold the cover 301 on the ring 302 . The top surface 308 of the lid 301 faces away from the container 300 .

FIG. 19 shows an enlarged view of the lid 301 after the lid 301 has been unscrewed from the container 300 . After the lid 301 is removed, the lip 310 of the lid 301 is exposed. The connecting portion 305 and the connecting portion 306 hold the cover 301 on the ring 302 . The top surface 308 of the lid 301 faces away from the container 300 .

FIG. 20 shows an enlarged view of the lid 301 , where the lid 301 has been pushed away from the container 300 . The connecting portion 305 and the connecting portion 306 hold the cover 301 on the ring 302 . Connections 305 and 306 are not long enough to allow lid 301 to flip over lip 310 of container 300 until sufficient force is applied to lid 301. Due to the short connecting portion 305 and connecting portion 306 , the lip 310 exists in such a way that the lid 301 is placed in an inverted position with the top surface 308 facing the container 300 . Once the user applies more pressure, the connecting portion 305 and connecting portion 306 extend sufficiently to allow the lid 301 to flip over the lip 310 so that the lid 301 is in an inverted position with the top surface 308 facing the container 300 .

21 and 22 show the lid 301 in an inverted position with the top surface 308 facing the container 300. The elasticity of the connecting portion 305 and the connecting portion 306 holds the lid 301 in the inverted position with the top surface 308 facing the container 300 .

FIG. 23 shows a top view of the flipped position with the top surface 308 facing the container 300 due to the elasticity of the connecting portion 305 and the connecting portion 306 holding the lid 301 .

The height and diameter of the lid determine the required length of the connection to allow the lid to be placed and held in an inverted position with the top surface of the lid facing the container. FIGS. 24 and 25 show a container 400 with a lid 401 sized to fit over the lip 410 of the container 400 .

24 and 25 show that the lid 401 has been unscrewed from the container 400 and pushed away. The connecting portion 405 and the connecting portion 406 hold the cover 401 on the ring 402 . Connections 405 and 406 are not long enough to allow lid 401 to roll over lip 410 , ring 402 and ridge 411 of container 400 until sufficient force is applied to lid 401 . Due to the short connections 405 and 406 , the lip 410 , the ring 402 and the ridge 411 are present in such a way that the lid 401 is placed in an inverted position with the top surface 408 facing the container 400 . Once more pressure is applied by the user, connector 405 and connector 406 expand sufficiently to allow lid 401 to flip over lip 410 , ring 402 and ridge 411 so that lid 401 is in an inverted position facing container 400 on top surface 408 .

26 shows lid 401 in an inverted position with top surface 408 facing container 400. The elasticity of the connecting portion 405 and the connecting portion 406 holds the lid 401 in the inverted position with the top surface 408 facing the container 400 .

FIG. 27 shows a top view of the flipped position with the top surface 408 facing the container 400 due to the elasticity of the connecting portion 405 and the connecting portion 406 holding the lid 401 .

The cut portion can be reversed. For example, a lid 501 secured to a container 500 is shown in FIG. 28 . The first cutout portion 503 and the second cutout portion 504 form a connection portion 505 and a connection portion 506 between the cover 501 and the ring member 502 . In the embodiment shown in FIG. 17 , a region 507 exists between where the connecting portion 505 connects to the ring 502 and where the connecting portion 506 connects to the cover 501 . The height of the cover 501 and the diameter of the cover 501 affect the length of the area 507 and even the existence of the area 507, because the size of the area 507, the first cutout 503 and the second cutout 504 all depend on the size of the calibration connection 505 and The connection portion 506 is sized so that when the lid 501 is removed from the container 500, the lid 501 can be held in an inverted position against the container 500 through the connection portion 505 and the connection portion 506.

The cutout portion can extend to the lid, making it easier to flip the lid into the flipped position. For example, Figure 29 shows lid 601 on container 600. Figure 30 shows that the lid 601 has been unscrewed from the container 600 and pushed away. The connecting portion 605 and the connecting portion 606 hold the cover 601 on the ring 602 . The cutout portion forming the connection portion 605 extends into the cover 601 . The cutout forming the connecting portion 606 extends into the cover 601 .

Until sufficient force is applied to the lid 601, the length of the connecting portion 605 and connecting portion 606 is insufficient to allow the lid 601 to flip over the lip 610 of the container. Once the user applies more pressure, the connecting portion 605 and connecting portion 606 are fully extended to allow the lid 601 to flip over the lip.

Figure 31 shows the lid 601 in an inverted position with the top surface 608 facing in a downward direction. The elasticity of the connecting portion 605 and the connecting portion 606 holds the cover 601 in the inverted position with the top surface 608 facing the downward direction. The connecting position of the connecting portion 605 and the cover 601 at the bottom of the recess 612 and the connecting position of the connecting portion 606 and the cover 601 at the bottom of the recess 613 results in less stretching of the connecting portion 605 and the connecting portion 606 to place the cover 601 in the inverted position . This means that less force is required and it is easier to place lid 601 in the flipped position. Alternatively, the lid 601 may be placed in an inverted position with the top surface 608 facing the container 600 .

Tabs extending from the lid can be added to the shape to hold the lid in the flipped position. For example, FIG. 32 shows a lid 701 having a top surface 708 on a container 700 . The two notch lines depict connecting portion 705, connecting portion 706, and tab 710 as shown. Tabs 710 extend into gaps 711 of ring 702 .

FIG. 33 shows the lid 701 being unscrewed from the container 700 and pushed away. The connecting portion 705 and the connecting portion 706 hold the cover 701 on the ring 702 .

Figure 34 shows the lid 701 in an inverted position with the top surface 708 facing in a downward direction. The resiliency of the connecting portions 705 and 706, coupled with the shape and position of the tabs 710, holds the lid 701 in the inverted position with the top surface 708 facing downward.

Figure 35 shows an improved kerf pattern that simplifies the process and improves operation. For example, Figure 35 shows lid 801 on container 800. Lid 801 has a top surface 808 and annular side walls 817 . The two cutout portions depict connecting portion 805, connecting portion 806, tab 810, tab 812, and tab 816 as shown. The first cutout portion includes a cutout area 821 , a cutout area 822 , a cutout area 823 , a cutout area 824 , a cutout area 825 , a cutout area 826 , and a cutout area 827 . The second cutout portion includes a cutout area 828 , a cutout area 829 , a cutout area 830 , a cutout area 831 , a cutout area 832 , a cutout area 833 , and a cutout area 834 . Although the connection pins are not specifically disclosed in FIG. 35, they may be included in the first cutout portion and the second cutout portion, as described in other embodiments above.

The connecting portion 805, the connecting portion 806, the tab 810, the tab 812, and the tab 816 are all formed between the same two cutout planes. The first incision plane is delimited by the incision area 821 and the incision area 827 of the first incision part and by the incision area 828 and the incision area 832 of the second incision part, which are all incision areas located on the first incision plane . The second cutout plane is delimited by cutout area 823 and cutout area 825 of the first cutout part and cutout area 830 and cutout area 834 of the second cutout part, which are all cutout areas placed on the second cutout plane.

The boundary of the connecting portion 806 is defined by the cutout regions 822 and 823 of the first cutout portion and by the cutout regions 828 and 829 of the second cutout portion.

The boundary of the connecting portion 805 is defined by the cutout regions 826 and 827 of the first cutout portion and by the cutout regions 833 and 834 of the second cutout portion.

The boundary of the tab 810 is defined by the cutout area 829 , the cutout area 830 and the cutout area 831 of the second cutout portion. The boundary of the tab 812 is defined by the cutout area 824 , the cutout area 825 and the cutout area 826 of the first cutout portion. The boundary of the tab 816 is defined by the cutout area 831 , the cutout area 832 and the cutout area 833 of the second cutout portion. Cutout area 832 serves as a boundary cutout area for both tab 810 and tab 816 .

The cutout pattern shown in FIG. 35 has several advantages over the cutout portion shown in FIG. 32 . For example, as shown in FIG. 32 , when connecting portions 705 and 706 are formed between two cutout planes, the tabs 710 extend below these cutout planes, requiring the use of another tool plane to make the cover 801 .

This can be understood by looking at Figure 9, which shows that tool 141, tool 144 and tool 147 are all on a first plane, both tool 143 and tool 146 are on a second plane, and both tool 142 and tool 145 are on a third plane superior. Like the cutter configuration shown in Figure 9, the kerf pattern shown in Figure 32 requires placement of the cutter on three different planes. However, the kerf pattern shown in Figure 35 allows one of the cutter planes to be eliminated, so only two cutter planes are required.

Another advantage of the kerf pattern can be understood by considering FIG. 36 . FIG. 36 shows the lid 801 being unscrewed from the container 800 and pushed away. The connecting portion 805 and the connecting portion 806 hold the cover 801 on the ring 802 . Tab 810 is removed to leave gap 811 on ring 802 . Tabs 812 are removed to leave gaps 813 on ring 802 .

As shown in FIG. 36, both sides of the connecting portion 806 extend beyond the second cutout plane, which is delineated by the cutout area 823 of the first cutout portion and by the cutout area 830 of the second cutout portion. Likewise, both sides of the connecting portion 805 extend beyond the second cutout plane, which is delineated by the cutout area 825 of the first cutout portion and by the cutout area 834 of the second cutout portion.

However, in the cutout pattern shown in FIG. 33, the sides of the connecting portion 705 and the connecting portion 706 extend beyond different cutout planes. This affects the aesthetics and optimal function of the connecting portion 705 and the connecting portion 706 . Figure 37 further illustrates selectable functions.

Figure 37 shows the lid 801 in an inverted position with the top surface 808 facing in a downward direction. In the flipped position, the tabs 810 of the cover 801 are aligned to rest on the tabs 816 of the ring 802 . The resiliency of the connections 805 and 806 plus the shape and position of the tabs 810 holds the lid 801 in the inverted position with the top surface 808 facing in a downward direction. As shown in FIG. 37 , because the two sides of the connecting portion 806 extend beyond the plane of the second cutout, the connecting portion 806 can be folded and extended flat from the intersection region 814 of the ring member 802 . Likewise, because the two sides of the connecting portion 805 extend beyond the plane of the second cutout, the connecting portion 805 can be folded and extend flat from the intersection region 815 of the ring member 802 . Compare this to Figure 34, where the sides of the connecting portion 706 protrude from the loop 702 on two different cut planes, creating a looping effect where the connecting portion 706 connects to the loop 702. Likewise, the sides of the connecting portion 705 protrude from the ring 702 on two different cutout planes, creating a looping effect where the connecting portion 705 connects to the ring 702 . This looping effect increases the effort required to remove and flip cover 701 . This source of tension is removed, as is accomplished with the designs shown in Figures 35 and 37.

Another way to reduce tension when the lid 801 is raised (eg, by unscrewing) in the system shown in Figure 36 is for the connection portion 805 and connection portion 806 to be at a parallel angle during the separation and raising of the lid 808 from the ring 802. This feature of the parallel angles of the connecting portion 805 and the connecting portion 806 also exists in other embodiments, such as those shown in FIGS. 3 , 18 and 33 .

Furthermore, because both the connecting portion 806 and the connecting portion 805 are folded over and extend flat out from the ring 802, this allows the ring to reduce the width, lowering the position of the flip lid 801 relative to the container 800. Thus, the tabs 810 shown in FIG. 37 may have smaller sides than the tabs 710 shown in FIG. 34 . The reduced sides (ie, lower height) of the tabs 810 allow less tension on the connections 805 and 806 when flipped and turned back, allowing the connections 806 and 805 to be shortened.

While the kerf pattern shown in Figure 35 has all the advantages described above, a similar kerf pattern can be used to achieve the same end result.

For example, Figure 38 shows lid 841 on container 840. Lid 841 has a top surface 848 and annular side walls 843 . The two cutout portions depict connecting portion 845, connecting portion 846, tab 865, tab 866, and tab 867 as shown. The first cutout portion includes a cutout area 851 , a cutout area 852 , a cutout area 853 , a cutout area 854 , a cutout area 855 , a cutout area 856 , and a cutout area 857 . The second cutout portion includes cutout area 858 , cutout area 859 , cutout area 860 , cutout area 861 , cutout area 861 , cutout area 862 , cutout area 863 , and cutout area 864 . Although the connection pins are not specifically disclosed in FIG. 38, they may be included in the first cutout portion and the second cutout portion, as described in other embodiments above.

The connecting portion 845, the connecting portion 846, the tab 865, the tab 866 and the tab 867 are all formed between the same two cutout planes. The first cutout plane is delimited by cutout area 851 and cutout area 855 of the first cutout portion and cutout area 858 and cutout area 862 of the second cutout portion, which are all cutout areas located on the first cutout plane . The second cutout plane is delimited by cutout area 853 and cutout area 857 of the first cutout part and cutout area 864 and cutout area 860 of the second cutout part, all of which are cutout areas located on the second cutout plane.

The boundary of the connecting portion 846 is defined by the cutout regions 851 and 852 of the first cutout portion and by the cutout regions 863 and 864 of the second cutout portion.

The boundary of the connecting portion 845 is defined by the cutout regions 856 and 857 of the first cutout portion and by the cutout regions 858 and 859 of the second cutout portion.

The boundary of the tab 865 is defined by the cutout area 861 , the cutout area 862 and the cutout area 863 of the second cutout portion. The boundary of the tab 866 is defined by the cutout area 859, the cutout area 860, and the cutout area 861 of the second cutout portion. The boundary of the tab 867 is defined by the cutout area 852 , the cutout area 853 and the cutout area 854 of the first cutout portion. Cutout area 861 serves as a boundary cutout area for both tabs 865 and 866 .

In the flipped position, the tabs 865 of the cover 841 are aligned to rest on the tabs 860 of the ring 842 . In some embodiments, tab 867 may be omitted by omitting cutout area 852 , cutout area 853 , and cutout area 854 and extending cutout area 851 to connect directly with cutout area 855 .

FIG. 39 shows a cutter for forming a cutout portion when manufacturing the cover 801 shown in FIGS. 35 , 36 and 37 and the cover 841 shown in FIG. 38 . The tool is suitable for both embodiments because the cut pattern of FIG. 38 is the same pattern as the cut pattern of FIG. 35 , only upside-down relative to the cut pattern of FIG. 35 .

The cover is manufactured upside down, so in the manufacture of the cover 841 shown in Figure 35, the cutter 1801 acts as an upper cutter and includes a blade 1857 for forming the kerf area 823, a blade 1860 for forming the kerf area 830, a blade 1860 for forming the kerf area Blade 1864 of 834 and blade 1853 used to form kerf region 825.

Knife 1802 serves as an intermediate cutter and includes blade 1856 for forming kerf region 822, blade 1859 for forming kerf region 829, blade 1861 for forming kerf region 831, blade 1863 for forming kerf region 833, Blade 1852 of kerf area 826 and blade 1854 used to form kerf area 824.

Knife 1803 serves as a lower cutter and includes blades 1855a and 1855b for forming kerf region 821 , blade 1851 for forming kerf region 828 , blade 1864 for forming kerf region 832 , and blade 1858 for forming kerf region 827 .

The upper tool, the middle tool and the lower tool form a tool group. Although the inserts shown in Figure 39 are included in three cutters, other cutter configurations may be used. For example, the inserts may all be included on one wide cutter or multi-layer cutter. Alternatively, each blade can be included on its dedicated tool. Alternatively, any combination of blades may be included in any number of tool sets. However, regardless of the number of knives used, in each case the blades can still be configured such that the first row of blades includes blades 1857, 1860, 1864, and 1877, and the second row of blades includes blades 1856, 1859, blades 1861, blade 1863, blade 1852, and blade 1854, and the third column of blades includes blade 1855a, blade 1855b, blade 1851, blade 1853, and blade 1858.

A notch in the blade forms a bridge connection between the cover and the ring. When the lid is mounted on the container and the container is opened by unscrewing the lid, the bridge connection is broken.

Upper tool 1801 , middle tool 1802 and lower tool 1803 are included as part of a manufacturing system, such as manufacturing system 70 shown in FIG. 4 .

When manufacturing the cover 841 as shown in FIG. 38, the cutter 1801 serves as a lower cutter and includes a blade 1857 for forming the cutout area 857, a blade 1860 for forming the cutout area 860, a blade 1864 for forming the cutout area 864, and a Blade 1853 for forming cutout area 853.

Knife 1802 serves as an intermediate cutter and includes blade 1856 for forming kerf area 856, blade 1859 for forming kerf area 859, blade 1861 for forming kerf area 861, blade 1863 for forming kerf area 863, Blade 1852 of kerf area 852 and blade 1854 used to form kerf area 854.

Knife 1803 serves as an upper cutter and includes blades 1855a and 1855b for forming kerf region 855, blade 1851 for forming kerf region 851, blade 1862 for forming kerf region 862, and blade 1858 for forming kerf region 858.

Although in FIG. 39 blade 1857, blade 1860, blade 1864, and blade 1867 are all shown as being included on a single blade, blade 1801, in alternate embodiments, blade 1857, blade 1860, blade 1864, and blade 1867 may be configured so that it is included as part of more than one tool. For example, blade 1857 and blade 1860 may be mounted on one tool, while blade 1864 and blade 1867 may be mounted on a different tool. Alternatively, each blade can be included on its individual cutter. Alternatively, three inserts can be mounted on one tool, the rest on separate tools, and so on.

Likewise, in an alternative embodiment, blade 1855a, blade 1855b, blade 1851, blade 1853, and blade 1858 are all shown included on a single blade, namely, blade 1803, and in an alternative embodiment, blade 1855a, blade 1855b, blade 1851 , blade 1853, and blade 1858 may be configured such that they are included as part of more than one cutter.

Likewise, in an alternative embodiment, blade 1856, blade 1859, blade 1861, blade 1863, blade 1852, and blade 1854 are all shown as being included on a single blade, blade 1802, and in an alternative embodiment, blade 1856, blade 1859 , Blade 1861, Blade 1863, Blade 1852, and Blade 1854 may be configured such that they are included as part of more than one cutter.

Figure 40 shows another modified kerf pattern that simplifies the process and improves operation. For example, Figure 40 shows a lid 1001 on a container 1000. The lid 1001 has a top surface 1008 and annular side walls 1017 . The two cutout portions depict connecting portion 1005, connecting portion 1006, tab 1010, and tab 1016 as shown. The first cutout portion includes a cutout area 1021 , a cutout area 1022 and a cutout area 1023 . The second cutout portion includes a cutout area 1028 , a cutout area 1029 , a cutout area 1030 , a cutout area 1031 , a cutout area 1032 , a cutout area 1033 , and a cutout area 1034 . Although the connection pins are not specifically disclosed in FIG. 40 , they may be included in the first cutout portion and the second cutout portion, as described in other embodiments above.

The connecting portion 1005, the connecting portion 1006, the tab 1010 and the tab 1015 are all formed between the same two cutout planes. The first incision plane is delimited by the incision area 1021 of the first incision part and by incision areas 1028 and 1032 of the second incision part, which are all incision areas located on the first incision plane. The second incision plane is delimited by the incision area 1023 of the first incision part and by incision areas 1030 and 1034 of the second incision part, which are all incision areas located on the second incision plane.

The boundary of the connecting portion 1006 is defined by the cutout regions 1022 and 1023 of the first cutout portion and by the cutout regions 1028 and 1029 of the second cutout portion.

The boundary of the connecting portion 1005 is defined by the cutout region 1027 of the first cutout portion and by the cutout regions 1033 and 1034 of the second cutout portion.

The boundary of the tab 1010 is defined by the cutout area 1029, the cutout area 1030, and the cutout area 1031 of the second cutout portion. The boundary of the tab 1016 is defined by the cutout area 1031 , the cutout area 1032 and the cutout area 1033 of the second cutout portion. Cutout area 1031 serves as a boundary cutout area for both tab 1010 and tab 1016 .

Figure 41 shows the lid 1001 in an inverted position with the top surface 1008 facing in a downward direction. In the flipped position, the tabs 1010 of the cover 1001 are aligned to rest on the tabs 1016 of the ring 1002 . The resiliency of the connecting portion 1005 and the connecting portion 1006 coupled with the shape and position of the tabs 1010 and 1016 hold the cover 1001 in the inverted position with the top surface 1008 facing in a downward direction.

Furthermore, because both the connecting portion 1006 and the connecting portion 1005 are folded over and extend flat outward from the ring member 1002, this allows the ring member to reduce the width, lowering the position of the flip lid 1001 relative to the container 1000. Thus, as shown in FIG. 41, the tabs 1010 may have smaller sides. The reduced sides (ie, lower height) of the tabs 1010 allow less tension to act on the connections 1005 and 1006 as they are flipped and turned back to allow the connections 1006 and 1005 to be shortened.

FIG. 42 shows a cutter for forming the cutout portion in the manufacture of the cover 1001 shown in FIGS. 40 and 41 . The tool also operates according to the same kerf pattern as the kerf pattern of FIG. 40 , only upside down relative to the kerf pattern of FIG. 40 .

The cover is manufactured upside down, so when manufacturing the cover 1041 shown in Figure 40, the cutter 2001 acts as an upper cutter and includes a blade 2057 for forming the kerf area 1023, a blade 2060 for forming the kerf area 1030, a blade 2060 for forming the kerf area Blade 2064 of 1034 and blade 2053 for forming cutout area 1025.

Knife 2002 serves as an intermediate cutter and includes blade 2056 for forming kerf region 1022 , blade 2059 for forming kerf region 1029 , blade 2061 for forming kerf region 1031 , and blade 2063 for forming kerf region 1033 .

The cutter 2003 serves as a lower cutter and includes blades 2055a and 2055b for forming the kerf region 1021 , a blade 2051 for forming the kerf region 1028 , and a blade 2064 for forming the kerf region 1032 .

The upper tool, the middle tool and the lower tool form a tool group. Although the inserts shown in Figure 42 are included in three cutters, other cutter configurations may be used. For example, the inserts may all be included on one wide cutter or multi-layer cutter. Alternatively, each blade can be included on its dedicated tool. Alternatively, any combination of blades may be included in any number of tool sets. However, regardless of the number of knives used, in each case the blades can still be configured such that the first row of blades includes blades 2057, 2060, and 2064, and the second row of blades includes blades 2056, 2059, 2061, and blades 2063, and the third column of blades includes blade 2055a, blade 2055b, blade 2051, and blade 2053.

A notch in the blade forms a bridge connection between the cover and the ring. When the lid is mounted on the container and the container is opened by unscrewing the lid, the bridge connection is broken.

Upper tool 2001 , middle tool 2002 and lower tool 2003 are included as part of a manufacturing system, such as manufacturing system 70 shown in FIG. 4 .

Although in Figure 42 blade 2057, blade 2060, blade 2064 and blade 2067 are all shown as being included on a single blade, blade 2001, in alternative embodiments blade 2057, blade 2060, blade 2064 and blade 2067 may be configured so that it is included as part of more than one tool. For example, blade 2057 and blade 2060 may be mounted on one tool, while blade 2064 and blade 2067 may be mounted on a different tool. Alternatively, each blade can be included on its individual cutter. Alternatively, three inserts can be mounted on one tool, the rest on separate tools, and so on.

Likewise, in an alternate embodiment, blade 2055a, blade 2055b, blade 2051, and blade 2053 are all shown as being included on a single blade, blade 2003, in an alternate embodiment, blade 2055a, blade 2055b, blade 2051, and blade 2053 It can be configured to be included as part of more than one tool.

Likewise, in an alternative embodiment, blade 2056, blade 2059, blade 2061, and blade 2063 are all shown included on a single blade, blade 2002, and in an alternative embodiment, blade 2056, blade 2059, blade 2061, and blade 2063 It can be configured to be included as part of more than one tool.

Figure 43 shows another modified kerf pattern that simplifies the process and improves operation. Figure 43 shows lid 871 on container 870. Cover 871 has a top surface 878 and annular side walls 873 . The two cutout portions depict connecting portion 875, connecting portion 876, tab 895, tab 896, and tab 897 as shown. The first cutout portion includes a cutout area 881 , a cutout area 882 , a cutout area 883 , a cutout area 884 , a cutout area 885 , and a cutout area 886 . The second cutout portion includes a cutout area 887 , a cutout area 888 , a cutout area 889 , a cutout area 890 , and a cutout area 891 . Although the connection pins are not specifically disclosed in FIG. 43, they may be included in the first cutout portion and the second cutout portion, as described in other embodiments above.

The connecting portion 875, the connecting portion 876, the tab 895, the tab 896, and the tab 897 are all formed between the same two cutout planes. The first incision plane is delimited by the incision area 881 of the first incision part and by the incision area 887 of the second incision part, both of which are incision areas located on the first incision plane. The second incision plane is delimited by the incision area 883 and the incision area 886 of the first incision part and by the incision area 891 of the second incision part, which are all incision areas located on the second incision plane.

The boundary of the connecting portion 876 is defined by the cutout regions 881 and 882 of the first cutout portion and by the cutout regions 890 and 891 of the second cutout portion.

The boundary of the connecting portion 875 is defined by the cutout regions 885 and 886 of the first cutout portion and by the cutout regions 887 and 888 of the second cutout portion.

The boundary of the tab 895 is defined by the cutout area 889 and the cutout area 890 of the second cutout portion. The boundary of the tab 896 is defined by the cutout area 888 and the cutout area 889 of the second cutout portion. The boundary of the tab 897 is defined by the cutout area 884 and the cutout area 885 of the first cutout portion. Cutout area 889 serves as a boundary cutout area for both tabs 895 and 896.

In the flipped position, the tabs 895 of the cover 871 are aligned to rest on the tabs 896 of the ring 872 . In some embodiments, tab 897 may be omitted by omitting cutout area 884 and cutout area 885 and extending cutout area 883 to connect directly with cutout area 886 .

Figure 44 shows the lid 871 in an inverted position with the top surface 878 facing in a downward direction. In the flipped position, tabs 895 of cover 871 are aligned to rest on 896 of ring 872. The resiliency of the connecting portion 875 and the connecting portion 876 plus the shape and position of the tab 895 and the tab 896 hold the cover 871 in the inverted position with the top surface 878 facing in the downward direction.

Furthermore, because both the connecting portion 876 and connecting portion 875 are folded over and extend flat outward from the ring 872, this allows the ring to reduce the width, lowering the position of the flip lid 871 relative to the container 870. Thus, as shown in Figure 44, the tabs 895 may have smaller sides. The reduced sides (ie, lower height) of the tabs 895 allow less tension to act on the connections 875 and 876 as they are flipped and turned back to allow the connections 876 and 875 to be shortened.

FIG. 45 shows a cutter used to form the cutout portion in the manufacture of the cover 871 shown in FIGS. 43 and 44 . The tool also operates in the same kerf pattern as the kerf pattern of FIG. 43 , only upside down relative to the kerf pattern of FIG. 43 .

The cover is manufactured upside down, so when manufacturing the cover 871 shown in FIG.

Knife 3802 serves as an intermediate cutter and includes blade 3882 for forming kerf region 882, blade 3890 for forming kerf region 890, blade 3889 for forming kerf region 889, blade 3885 for forming kerf region 885, and blade 3885 for forming kerf region 885 Blade 3884 of cutout area 884.

The cutter 3803 serves as a lower cutter and includes blades 3883 a and 3883 b for forming the kerf region 883 , a blade 3891 for forming the kerf region 891 , and a blade 3886 for forming the kerf region 896 .

A notch in the blade forms a bridge connection between the cover and the ring. When the lid is mounted on the container and the container is opened by unscrewing the lid, the bridge connection is broken.

Upper tool 3801 , middle tool 3802 and lower tool 3803 are included as part of a manufacturing system, such as manufacturing system 70 shown in FIG. 4 .

The upper tool, the middle tool and the lower tool form a tool group. Although the inserts shown in Figure 45 are included in three cutters, other cutter configurations may be used. For example, the inserts may all be included on one wide cutter or multi-layer cutter. Alternatively, each blade can be included on its dedicated tool. Alternatively, any combination of blades may be included in any number of tool sets. However, regardless of the number of knives used, in each case the blades can still be configured such that the first row of blades includes blades 3881 and 3887 and the second row of blades includes blades 3882, 3890, 3889, 3888, 3885 and blade 3884, and the third column of blades includes blade 3883a, blade 3883b, blade 3891, and blade 3886.

Figure 46 shows another modified kerf pattern that simplifies the process and improves operation. FIG. 46 shows the lid 1871 on the container 1870. The lid 1871 has a top surface 1878 and an annular side wall 1873 . The two cutout portions depict connecting portion 1875, connecting portion 1876, tab 1895, tab 1896, and tab 1897 as shown. The first cutout portion includes a cutout area 1881 , a cutout area 1882 and a cutout area 1883 . The second cutout portion includes a cutout area 1887 , a cutout area 1888 , a cutout area 1889 , a cutout area 1890 , and a cutout area 1891 . Although the connection pins are not specifically disclosed in FIG. 46, they may be included in the first cutout portion and the second cutout portion, as described in other embodiments above.

The connecting portion 1875, the connecting portion 1876, the tab 1895, the tab 1896, and the tab 1897 are all formed between the same two cutout planes. The first incision plane is delimited by the incision area 1881 of the first incision part and by the incision area 1887 of the second incision part, both of which are incision areas located on the first incision plane. The second cutout plane is delimited by cutout area 1883 of the first cutout portion and by cutout area 1891 of the second cutout portion, which are both cutout areas located on the second cutout plane.

The boundary of the connecting portion 1876 is defined by the cutout regions 1881 and 1882 of the first cutout portion and by the cutout regions 1890 and 1891 of the second cutout portion.

The boundary of the connecting portion 1875 is defined by the cutout region 1883 of the first cutout portion and by the cutout regions 1887 and 1888 of the second cutout portion.

The boundary of the tab 1895 is defined by the cutout area 1889 and the cutout area 1890 of the second cutout portion. The boundary of the tab 1896 is defined by the cutout area 1888 and the cutout area 1889 of the second cutout portion. Cutout area 1889 serves as a boundary cutout area for both tabs 1895 and 1896.

In the flipped position, the tabs 1895 of the cover 1871 are aligned to rest on the tabs 1896 of the ring 1872.

Figure 47 shows the lid 1871 in an inverted position with the top surface 1878 facing in a downward direction. In the flipped position, the tabs 1895 of the cover 1871 are aligned to rest on the tabs 1896 of the ring 1872. The resiliency of the connecting portion 1875 and the connecting portion 1876 coupled with the shape and position of the tabs 1895 and 1896 hold the cover 1871 in the inverted position with the top surface 1878 facing in the downward direction.

Furthermore, because both the connecting portion 1876 and the connecting portion 1875 are folded over and extend flat outward from the ring 1872, this allows the ring to reduce the width, lowering the position of the flip cover 1871 relative to the container 1870. Thus, as shown in Figure 47, the tabs 1895 may have smaller sides. The reduced sides (ie, lower height) of the tabs 1895 allow less tension to act on the connections 1875 and 1876 as they are flipped and turned back to allow the connections 1876 and 1875 to be shortened.

FIG. 48 shows the cutter used to form the cutout portion in the manufacture of the cover 1871 shown in FIGS. 46 and 47 . The tool also operates in the same kerf pattern as the kerf pattern of FIG. 46 , only upside down relative to the kerf pattern of FIG. 46 .

The cover is manufactured upside down, so when manufacturing the cover 1871 shown in FIG.

Knife 2802 serves as an intermediate cutter and includes blade 2882 for forming kerf region 1882 , blade 2890 for forming kerf region 1890 , and blade 2889 for forming kerf region 1889 .

The cutter 2803 serves as a lower cutter and includes a blade 2883a and a blade 2883b for forming the notch area 1883 and a blade 2891 for forming the notch area 1891 .

A notch in the blade forms a bridge connection between the cover and the ring. When the lid is mounted on the container and the container is opened by unscrewing the lid, the bridge connection is broken.

Upper tool 2801 , middle tool 2802 and lower tool 2803 are included as part of a manufacturing system, such as manufacturing system 70 shown in FIG. 4 .

The upper tool, the middle tool and the lower tool form a tool group. Although the inserts shown in Figure 48 are included in three cutters, other cutter configurations may be used. For example, the inserts may all be included on one wide cutter or multi-layer cutter. Alternatively, each blade can be included on its dedicated tool. Alternatively, any combination of blades may be included in any number of tool sets. However, regardless of the number of knives used, in each case the blades can still be configured such that the first row of blades includes blades 2881 and 2887, the second row of blades includes blades 2882, 2890, 2889, and 2888, and The third column of blades includes blade 2883a, blade 2883b, and blade 2891.

In another example, FIG. 49 shows a lid 901 on a container 900. Lid 901 has a top surface 908 and annular side walls 903 . The two cutout portions depict connecting portion 905, connecting portion 906, tab 925, tab 926, and tab 927 as shown. The first cutout portion includes a cutout area 911 , a cutout area 912 , a cutout area 913 , a cutout area 914 , a cutout area 915 , and a cutout area 916 . The second cutout portion includes a cutout area 917 , a cutout area 918 , a cutout area 919 , a cutout area 920 , a cutout area 921 , and a cutout area 922 . Although the connection pins are not specifically disclosed in FIG. 49, they may be included in the first cutout portion and the second cutout portion, as described in other embodiments above.

The connecting portion 905, the connecting portion 906, the tab 925, the tab 926, and the tab 927 are all formed between the same two cutout planes. The first incision plane is delimited by the incision area 911 of the first incision part and by the incision area 917 of the second incision part, which are both incision areas located on the first incision plane. The second incision plane is delimited by incision area 913 and incision area 916 of the first incision part and by incision area 919 and incision area 922 of the second incision part, which are all incision areas placed on the second incision plane.

The boundary of the connecting portion 906 is defined by the cutout regions 911 and 912 of the first cutout portion and by the cutout regions 921 and 922 of the second cutout portion.

The boundary of the connecting portion 905 is defined by the cutout regions 915 and 916 of the first cutout portion and by the cutout regions 917 and 918 of the second cutout portion.

The boundary of the tab 925 is defined by the cutout area 920 and the cutout area 921 of the second cutout portion. The boundary of the tab 926 is defined by the cutout area 918 , the cutout area 919 and the cutout area 920 of the second cutout portion. The boundary of the tab 927 is defined by the cutout area 914 and the cutout area 915 of the first cutout portion. Cutout area 920 serves as a boundary cutout area for both tabs 925 and 926 .

In the flipped position, the tabs 925 of the cover 901 are aligned to rest on the tabs 926 of the ring 902 . In some embodiments, tab 927 may be omitted by omitting cutout region 914 and cutout region 915 and extending cutout region 913 to connect directly with cutout region 916 .

Figure 50 shows the lid 901 in an inverted position with the top surface 908 facing in a downward direction. In the flipped position, the tabs 925 of the cover 901 are aligned to rest on the tabs 926 of the ring 902 . The resiliency of the connecting portion 905 and the connecting portion 906 coupled with the shape and position of the tabs 925 and 926 hold the cover 901 in the inverted position with the top surface 908 facing the downward direction.

Furthermore, because both the connecting portion 906 and the connecting portion 905 are folded over and extend flat out from the ring 902, this allows the ring to reduce the width, lowering the position of the flip lid 901 relative to the container 900. Thus, as shown in Figure 50, the tabs 925 may have smaller sides. The reduced sides (ie, lower height) of the tabs 925 allow less tension to act on the connections 905 and 906 as they are flipped and turned back to allow the connections 906 and 905 to be shortened.

FIG. 51 shows a cutter for forming the cutout portion in the manufacture of the cover 901 shown in FIGS. 49 and 50 . The tool also operates in the same kerf pattern as the kerf pattern of FIG. 48 , only upside down relative to the kerf pattern of FIG. 48 .

The cover is manufactured upside down, so when manufacturing the cover 901 shown in FIG.

Knife 3902 serves as an intermediate cutter and includes blade 3912 for forming kerf area 912, blade 3921 for forming kerf area 921, blade 3918 for forming kerf area 918, blade 3915 for forming kerf area 915, and blade 3915 for forming kerf area 915 Blade 3914 of cutout area 914.

Knife 3803 serves as a lower knife and includes blades 3913a and 3913b for forming kerf region 913 , blade 3922 for forming kerf region 922 , blade 3919 for forming kerf region 919 , and blade 3916 for forming kerf region 916 .

A notch in the blade forms a bridge connection between the cover and the ring. When the lid is mounted on the container and the container is opened by unscrewing the lid, the bridge connection is broken.

Upper tool 3901 , middle tool 3902 and lower tool 3903 are included as part of a manufacturing system, such as manufacturing system 70 shown in FIG. 4 .

The upper tool, the middle tool and the lower tool form a tool group. Although the inserts shown in Figure 51 are included in the three cutters, other cutter configurations may also be used. For example, the inserts may all be included on one wide cutter or multi-layer cutter. Alternatively, each blade can be included on its dedicated tool. Alternatively, any combination of blades may be included in any number of tool sets. However, regardless of the number of knives used, in each case the knives can still be configured such that the first row of blades includes blades 3911 and 3917, the second row of blades includes blades 3912, 3921, 3918, and 3915, and The third column of blades includes blade 3913a, blade 3913b, blade 3922, blade 3919, and blade 3916.

In another example, FIG. 52 shows a lid 1901 on a container 1900. The lid 1901 has a top surface 1908 and annular side walls 1903. The two cutout portions depict connecting portion 1905, connecting portion 1906, tab 1925, and tab 1926 as shown. The first cutout portion includes a cutout area 1911 , a cutout area 1912 and a cutout area 1913 . The second cutout portion includes a cutout area 1917 , a cutout area 1918 , a cutout area 1919 , a cutout area 1920 , a cutout area 1921 , and a cutout area 1922 . Although the connection pins are not specifically disclosed in FIG. 52, they may be included in the first cutout portion and the second cutout portion, as described in other embodiments above.

The connecting portion 1905, the connecting portion 1906, the tab 1925 and the tab 1926 are all formed between the same two cutout planes. The first incision plane is delimited by the incision area 1911 of the first incision part and by the incision area 1917 of the second incision part, both of which are incision areas located on the first incision plane. The second cutout plane is delimited by cutout area 1913 and cutout area 1916 of the first cutout part and cutout area 1919 and cutout area 1922 of the second cutout part, all of which are cutout areas located on the second cutout plane.

The boundary of the connecting portion 1906 is defined by the cutout regions 1911 and 1912 of the first cutout portion and by the cutout regions 1921 and 1922 of the second cutout portion.

The boundary of the connecting portion 1905 is defined by the cutout region 1913 of the first cutout portion and by the cutout regions 1917 and 1918 of the second cutout portion.

The boundary of the tab 1925 is defined by the cutout area 1920 and the cutout area 1921 of the second cutout portion. The boundary of the tab 1926 is defined by the cutout area 1918, the cutout area 1919, and the cutout area 1920 of the second cutout portion. Cutout area 1920 serves as a boundary cutout area for both tabs 1925 and 1926.

In the flipped position, the tabs 1925 of the cover 1901 are aligned to rest on the tabs 1926 of the ring 1902.

Figure 53 shows the lid 1901 in an inverted position with the top surface 1908 facing in a downward direction. In the flipped position, the tabs 1925 of the cover 1901 are aligned to rest on the tabs 1926 of the ring 1902. The resiliency of the connecting portion 1905 and the connecting portion 1906 coupled with the shape and position of the tabs 1925 and 1926 hold the cover 1901 in the inverted position with the top surface 1908 facing the downward direction.

Furthermore, because both the connecting portion 1906 and connecting portion 1905 are folded over and extend flat outward from the ring 1902, this allows the ring to reduce the width, lowering the position of the flip lid 1901 relative to the container 1900. Thus, as shown in Figure 53, the tabs 1925 may have smaller sides. The reduced sides (ie, lower height) of the tabs 1925 allow less tension to act on the connections 1905 and 1906 as they are flipped and turned back to allow the connections 1906 and 1905 to be shortened.

FIG. 54 shows the cutter used to form the cutout portion in the manufacture of the cover 1901 shown in FIGS. 52 and 53 . The tool also operates in the same kerf pattern as the kerf pattern of FIG. 48 , only upside down relative to the kerf pattern of FIG. 48 .

The cover is manufactured upside down, so when manufacturing the cover 1901 shown in FIG.

Knife 2902 serves as an intermediate cutter and includes blade 2912 for forming kerf region 1912 , blade 2921 for forming kerf region 1921 , and blade 2918 for forming kerf region 1918 .

The cutter 2803 serves as a lower cutter and includes blades 2913 a and 2913 b for forming the kerf region 1913 , a blade 2922 for forming the kerf region 1922 , and a blade 2919 for forming the kerf region 1919 .

A notch in the blade forms a bridge connection between the cover and the ring. When the lid is mounted on the container and the container is opened by unscrewing the lid, the bridge connection is broken.

Upper tool 2901 , middle tool 2902 and lower tool 2903 are included as part of a manufacturing system, such as manufacturing system 70 shown in FIG. 4 .

The upper tool, the middle tool and the lower tool form a tool group. Although the inserts shown in Figure 54 are included in three cutters, other cutter configurations may be used. For example, the inserts may all be included on one wide cutter or multi-layer cutter. Alternatively, each blade can be included on its dedicated tool. Alternatively, any combination of blades may be included in any number of tool sets. However, regardless of the number of knives used, in each case the knives can still be configured such that the first row of blades includes blades 2911 and 2917, the second row of blades includes blades 2912, 2921 and 2918, and the third row of blades includes blades 2912, 2921 and 2918. The blades include blade 2913a, blade 2913b, blade 2922, and blade 2919.

For example, the blade used to make the cut may be made of hardened steel or some other durable material that allows precise cutting of the cut during manufacture. FIG. 55 shows that the cutting edge can be in any direction, including in the middle of blade 501 , on one side of blade 502 , or on the opposite side of blade 403 .

As shown by blade 77 in Figure 7, the cutter may be concave, which allows a cutout to be formed in the lid from the outer diameter of the lid. Alternatively, the cutter may be convex, which allows for a cutout to be formed in the lid from the inner diameter of the lid.

The foregoing discussion discloses and describes only exemplary methods and embodiments. As those skilled in the art would understand, the disclosed subject matter may be embodied in other specific forms without departing from its spirit or characteristics. Therefore, the present disclosure is intended to illustrate rather than limit the scope of the invention, which is set forth in the following claims.

1: main body 1': sealed end 1": open end 2: Rings 3: First incision line 4: Second incision line 5: Connection part 10: Cover 11: Top plate 12: Annular side wall 20: Container 31: Connection pins 41: Corner 70: Manufacturing Systems 71: Spindle 72: Base 73: Lid 75: Support Structure 76: Knives 110: Thread 120: Knurled Department 121: Path 130: Knife Pattern 131～133: Knives 140: Knife Pattern 141～147: Knives 150: Knife Pattern 151～155: Knives 160: Knife Pattern 161～167: Knives 170: Knife Pattern 171～177: Knives 180: Spindle 181: Spindle head 182: Groove 190: Spindle 191: Spindle head 192～195: groove 196: Knives 200: Spindle 201: Spindle head 202, 203: grooves 210: Opening 290: Spindle 291～293: groove 294: Spindle head 295: Tool combination 296 to 298: tool edge 300: Container 301: Cover 302: Rings 303: First incision part 304: Second incision part 305～306: Connection part 307: Area 308: top surface 310: Lips 400: Container 401: Cover 402: Rings 405～406: Connection part 408: top surface 410: Lips 411: Ridge 500: Container 501: Cover 503: First incision part 504: Second incision part 505～506: Connection part 507: Area 600: Container 601: Cover 602: Rings 605～606: Connection part 608: Top surface 610: Lips 612～613: Notches 700: Container 701: Cover 702: Rings 705～706: Connection part 708: Top surface 710: Tabs 711: Clearance 800: Container 801: Cover 802: Rings 805～806: Connection part 808: top surface 810, 812, 816: Tabs 811: Clearance 813: Annular side wall 814～815: Intersection area 821-834: Incision area 840: Container 841: Cover 842: Rings 843: Annular side wall 845～846: Connection part 848: Top surface 851 to 864: Incision area 865～867: Tabs 870: Container 871: Cover 872: Rings 873: Ring Sidewall 875～876: Connection part 878: top surface 881 to 891: Incision area 895～897: Tabs 900: Container 901: Cover 902: Rings 903: Annular side wall 905～906: Connection part 908: top surface 911-922: Incision area 925～927: Tabs 1000: container 1001: Lid 1002: Rings 1008: Top Surface 1005～1006: Connection part 1010, 1015～1016: Tabs 1017: Ring Sidewall 1021 to 1023, 1025, 1027 to 1034: notched part 1041: Cover 1801～1803: Knives 2001～2003: Tools 2051, 2053, 2055a, 2055b, 2056~2057, 2059~2061, 2063~2064, 2067: Blades 1851~1854, 1855a, 1855b, 1856~1864, 1867, 1877: Blades 1870: Containers 1871: Lid 1872: Rings 1873: Ring side walls 1875～1876: Connection part 1878: Top Surface 1881 to 1883, 1887 to 1891: Incision part 1895-1897: Tabs 1900: Containers 1901: Lid 1902: Rings 1903: Annular side walls 1905～1906: Connection part 1908: Top Surface 1911-1913, 1916-1922: Incision area 1925-1926: Tabs 2100: Complementary thread structure 2200: Raised part 2801～2803: Knives 2881～2882, 2883a, 2883b, 2887～2891: Blades 2901～2903: Knives 2911～2912, 2913a, 2913b, 2917～2918, 2919, 2921～2922: Blades 3801～3803: Tool 3881～3882, 3883a, 3883b, 3884～3891: Blades 3901～3903: Knives 3911～3912, 3913a, 3913b, 3914～3919, 3921～3922: Blades

FIG. 1 shows a schematic three-dimensional view of a lid for a container according to an embodiment. Figures 2A-2G show schematic views of different embodiments of lids for containers. Figure 3 shows a schematic three-dimensional view of an embodiment in which the lid is separated from the container. Figure 4 shows a portion of a manufacturing system for engraving cut lines in a lid, according to an embodiment. Figure 5 shows the engraving of cut lines in the lid according to an embodiment. Figure 6 shows a spindle of a manufacturing system for engraving cut lines in a lid, according to an embodiment. Figure 7 shows a tool for engraving kerf lines in a lid according to an embodiment. Figures 8, 9, 10, 11, and 12 show cutter patterns for cutters used to engrave notch lines in a lid, according to an embodiment. Figures 13, 14, 15, and 16 show grooves placed within a spindle to assist in engraving kerf lines, according to an embodiment. Figures 17, 18, 19, 20, 21, 22, and 23 show an inverted position that can be held against the container after removal of the lid from the container, according to an embodiment. Figures 24, 25, 26 and 27 show an inverted position that can be held against the container after the other lid is removed from the container. Figure 28 shows an alternate pattern of cutouts on a lid according to an embodiment. Figures 29, 30, and 31 show another alternative pattern of cutout portions on a lid according to an embodiment. Figures 32, 33, and 34 show another alternative pattern of cutouts on a lid according to an embodiment. Figures 35, 36, and 37 show another alternative pattern of cutout portions on a lid according to an embodiment. Figure 38 shows another alternative pattern of cutouts on a lid according to an embodiment. FIG. 39 shows a tool for forming the cutout portion shown in FIGS. 35 and 38 . Figures 40 and 41 show another alternative pattern of cutout portions on a lid according to an embodiment. FIG. 42 shows a tool used to form the cut portion shown in FIG. 40 . Figures 43 and 44 show another alternative pattern of cutout portions on a lid according to an embodiment. FIG. 45 shows a tool used to form the cut portion shown in FIG. 43 . Figures 46 and 47 show another alternative pattern of cutouts on a lid according to an embodiment. FIG. 48 shows a tool used to form the cut portion shown in FIG. 46 . Figures 49 and 50 show another alternative pattern of cutouts on a lid according to an embodiment. FIG. 51 shows a tool for forming the cutout portion shown in FIG. 49 . Figures 52 and 53 show another alternative pattern of cutouts on a lid according to an embodiment. FIG. 54 shows a tool used to form the cut portion shown in FIG. 52 . Figure 55 shows the orientation of the cutting edge.

1: main body

1': sealed end

2: Rings

3: First incision line

4: Second incision line

5: Connection part

10: Cover

11: Top plate

12: Ring side wall

31: Connection pins

Claims (19)

A tool for making container lids, comprising: A cutter set including a plurality of blades configured to form cuts in a cover having a body having a top plate and an annular side wall, the top plate having a top surface, wherein opposite sides of the annular side wall are each other An annular connection, a periphery of the annular side wall is connected with a surface of the top plate to form a sealing end, and the other periphery of the annular side wall on the opposite side of the sealing end forms an open end and a ring piece, the ring piece is located in the The open end of the body, the plurality of blades include: A first blade set is configured on the cutter set to cut a first cut portion, the first cut portion has a first end and a second end, the first end is separated from the second end and for cutting a second cut portion on the body or the ring; and A second blade set is disposed on the cutter set to cut a second incision part, the second incision part has a first end and a second end, the first end of the second incision part and the first end The second ends of the two notch portions are separated; wherein the first cutout portion does not intersect with the second cutout portion, and the first cutout portion and the second cutout portion are configured such that when the lid is placed on the container and the lid is unscrewed, in addition to a first cutout portion Except for the connecting part and a second connecting part, the main body is separated from the ring; The first connecting portion is formed at a first cut portion formed by a first blade in the first blade set and a second cut portion formed by a second blade in the second blade set between; Wherein the second connecting portion is formed between a third notch portion formed using a third blade in the first blade set and a fourth notch portion formed by a fourth blade in the second blade set room; and The second blade set is additionally disposed on the cutter set to form a first lug on the ring and a second lug on the side wall, so that a fifth blade of the second blade set forms a a fifth cutout portion, the fifth cutout portion defines a first side of the first convex piece, a sixth blade of the second blade set forms a sixth cutout portion, the sixth cutout portion defines the first convexity Both a second side of the sheet and a first side of the second tab, and a seventh blade form a seventh cutout portion that defines a second side of the second tab. The tool of claim 1, wherein when the lid is open and in an inverted position, the first tab overlaps the second tab, maintaining the lid in the inverted position. The tool of claim 1, wherein the first cutout portion includes a plurality of connection pins. The tool of claim 1, wherein the first blade set is additionally disposed on the cutter set to form a gap in the ring or the annular side wall such that an eighth blade of the first blade set forms a first Eight cut-out portions, the eighth cut-out portion defining a first side of a third tab, and a ninth blade of the first blade set forming a ninth cut-out portion, the ninth cut-out portion defining the third tab A second side of the gap is located at one end of the first connecting portion. A tool as described in claim 1, Wherein the tool set includes a first tool, a second tool, and a third tool; Wherein the first blade and the fourth blade are included in the first tool; wherein the fifth blade, the sixth blade, and the seventh blade are included within the second blade; and Wherein the second blade and the third blade are included in the third tool. A tool as described in claim 1, Wherein the first blade set is additionally disposed on the cutter set to form a gap on the ring or the side wall, so that an eighth blade of the first blade set forms an eighth cut portion, the eighth cut portion defines A first side of a third tab, and a ninth blade of the first blade set forms a ninth cut portion, the ninth cut portion defines a second side of the third tab, the gap is located in the one end of the first connecting part; Wherein the tool set includes a first tool, a second tool, and a third tool; Wherein the first blade and the fourth blade are included in the first tool; wherein the fifth blade, the sixth blade, the seventh blade, the eighth blade, and the ninth blade are included in the second blade; and Wherein the second blade and the third blade are included in the third tool. A tool as described in claim 1, wherein the fifth cutout portion and the sixth cutout portion are connected together at a first end of the sixth cutout portion; and Wherein the sixth cutout portion and the seventh cutout portion are connected together at the second end of the sixth cutout portion. A tool as described in claim 1, wherein the fifth cutout portion and the sixth cutout portion are connected together at a first end of the sixth cutout portion; and Wherein an eighth blade of the first blade set forms an eighth notch portion, such that a first end of the eighth notch portion is connected to the sixth notch portion, and a second end of the eighth notch portion is connected to the seventh cutout portion. A tool as described in claim 1, wherein the fifth cutout portion and the sixth cutout portion are connected together at a first end of the sixth cutout portion; Wherein an eighth blade of the first blade set forms an eighth notch portion, such that a first end of the eighth notch portion is connected to the sixth notch portion, and a second end of the eighth notch portion is connected to the seventh cutout portion; Wherein the tool set includes a first tool, a second tool, and a third tool; Wherein the first blade, the fourth blade, and the eighth blade are included in the first tool; wherein the fifth blade, the sixth blade, and the seventh blade are included within the second blade; and Wherein the second blade and the third blade are included in the third tool. A tool as described in claim 1, wherein the fifth cutout portion and the sixth cutout portion are connected together at a first end of the sixth cutout portion; Wherein an eighth blade of the first blade set forms an eighth notch portion, such that a first end of the eighth notch portion is connected to the sixth notch portion, and a second end of the eighth notch portion is connected to the seventh cutout portion; Wherein the first blade set is additionally disposed on the cutter set to form a gap on the ring or the side wall, so that a ninth blade of the first blade set forms a ninth cut portion, the ninth cut portion defines A first side of a third tab, and a tenth blade of the first cutter set forms a tenth cut portion, the tenth cut portion defines a second side of the third tab, and the gap is located at the one end of the first connecting part; Wherein the tool set includes a first tool, a second tool, and a third tool; Wherein the first blade, the fourth blade, and the eighth blade are included in the first tool; wherein the fifth blade, the sixth blade, the seventh blade, the ninth blade, and the tenth blade are included in the second blade; and Wherein the second blade and the third blade are included in the third tool. A tool as described in claim 1, Wherein an eighth blade of the first blade set forms an eighth notch portion, such that a first end of the eighth notch portion is connected to the fifth notch portion, and a second end of the eighth notch portion is connected to the a first end of the sixth cutout portion; and Wherein a ninth blade of the first blade set forms a ninth incision part, so that a first end of the ninth incision part is connected to a second end of the sixth incision part, and a The second end is connected to the seventh cutout portion. A tool as described in claim 1, Wherein an eighth blade of the first cutter set forms an eighth cut portion, such that a first end of the eighth cut portion is connected to the fifth cut portion, and a second end of the eighth cut portion is connected to the a first end of the sixth cutout portion; Wherein a ninth blade of the first cutter set forms a ninth cut part, so that a first end of the ninth cut part is connected to a second end of the sixth cut part, and a The second end is connected to the seventh cutout portion; and Wherein the first blade set is additionally disposed on the cutter set to form a gap on the ring or the side wall, so that a tenth blade of the first blade set forms a tenth cut portion, the tenth cut portion defines A first side of a third tab, and an eleventh blade of the first blade set forms an eleventh cutout that defines a second side of the third tab , the gap is located at one end of the first connecting portion. A tool as described in claim 1, Wherein an eighth blade of the first blade set forms an eighth notch portion, such that a first end of the eighth notch portion is connected to the fifth notch portion, and a second end of the eighth notch portion is connected to the a first end of the sixth cutout portion; Wherein a ninth blade of the first blade set forms a ninth incision part, so that a first end of the ninth incision part is connected to a second end of the sixth incision part, and a The second end is connected to the seventh cutout portion; Wherein the tool set includes a first tool, a second tool, and a third tool; Wherein the first blade, the fourth blade, and the ninth blade are included in the first tool; wherein the fifth blade, the sixth blade, and the seventh blade are included within the second blade; and Wherein the second blade, the third blade, and the eighth blade are included in the third tool. A tool as described in claim 1, Wherein an eighth blade of the first blade set forms an eighth notch portion, such that a first end of the eighth notch portion is connected to the fifth notch portion, and a second end of the eighth notch portion is connected to the a first end of the sixth cutout portion; Wherein a ninth blade of the first blade set forms a ninth incision part, so that a first end of the ninth incision part is connected to a second end of the sixth incision part, and a The second end is connected to the seventh cutout portion; Wherein the first blade set is additionally disposed on the cutter set to form a gap on the ring or the side wall, so that a tenth blade of the first blade set forms a tenth cut portion, the tenth cut portion defines A first side of a third tab, and an eleventh blade of the first blade set forms an eleventh cutout that defines a second side of the third tab , the gap is located at one end of the first connecting portion; and Wherein a twelfth blade of the first blade set forms a twelfth incision part, so that a first end of the twelfth incision part is connected to the tenth incision part, and a second incision part of the eighth incision part The end is connected to the eleventh cutout. A tool as described in claim 1, Wherein an eighth blade of the first blade set forms an eighth notch portion, such that a first end of the eighth notch portion is connected to the fifth notch portion, and a second end of the eighth notch portion is connected to the a first end of the sixth cutout portion; Wherein a ninth blade of the first blade set forms a ninth incision part, so that a first end of the ninth incision part is connected to a second end of the sixth incision part, and a The second end is connected to the seventh cutout portion; Wherein the first blade set is additionally disposed on the cutter set to form a gap on the ring or the side wall, so that a tenth blade of the first blade set forms a tenth cut portion, the tenth cut portion defines A first side of a third tab, and an eleventh blade of the first blade set forms an eleventh cutout that defines a second side of the third tab , the gap is located at one end of the first connecting portion; Wherein a twelfth blade of the first blade set forms a twelfth incision part, so that a first end of the twelfth incision part is connected to the tenth incision part, and a second incision part of the eighth incision part the end is connected to the eleventh notch; Wherein the tool set includes a first tool, a second tool, and a third tool; Wherein the first blade, the fourth blade, and the ninth blade are included in the first tool; wherein the fifth blade, the sixth blade, the seventh blade, the tenth blade, and the eleventh blade are included in the second blade; and Wherein the second blade, the third blade, the eighth blade, and the twelfth blade are included in the third blade. A tool for making container lids, comprising: blades configured to form cuts in a cover having a body having a top plate and an annular side wall, the top plate having a top surface, wherein opposite sides of the annular side wall are annularly connected to each other, the annular A periphery of the side wall is connected with a surface of the top plate to form a sealing end, and another periphery of the annular side wall on the opposite side of the sealing end forms an open end and a ring, the ring is located at the open end of the main body , the plural blades include: A first blade set configured to cut a first cut portion, the first cut portion having a first end and a second end, the first end being separated from the second end and used for cutting a second cutout portion on the body or the ring; and a second blade set configured to cut the second cut portion, the second cut portion has a first end and a second end, the first end of the second cut portion and the second cut portion the second end of the separation; wherein the first cutout portion does not intersect with the second cutout portion, and the first cutout portion and the second cutout portion are configured such that when the lid is placed on the container and the lid is unscrewed, in addition to a first cutout portion Except for the connecting part and a second connecting part, the main body is separated from the ring; The first connecting portion is formed at a first cut portion formed by a first blade in the first blade set and a second cut portion formed by a second blade in the second blade set between; Wherein the second connecting portion is formed between a third notch portion formed using a third blade in the first blade set and a fourth notch portion formed by a fourth blade in the second blade set room; and wherein the second blade set is additionally configured to form a first tab on the ring and a second tab on the side wall, so that a fifth blade of the second blade set forms a fifth cut portion, The fifth cutout portion defines a first side of the first tab, a sixth blade of the second blade set forms a sixth cutout portion, and the sixth cutout portion defines a second portion of the first tab both the side and a first side of the second tab, and a seventh blade form a seventh cutout portion that defines a second side of the second tab; Wherein, the blades are arranged in rows, such that a first row includes the first blade and the fourth blade, a second row includes the fifth blade, the sixth blade, the seventh blade, and a third blade The row includes the second blade and the third blade included within the third blade. A tool as claimed in claim 16, Wherein the plurality of blades are incorporated into a cutter group, and the cutter group includes a first cutter, a second cutter, and a third cutter; wherein the first blade and the fourth blade are included as part of the first tool; wherein the fifth blade, the sixth blade, and the seventh blade are included as part of the second cutter; and Wherein the second blade and the third blade are included as part of the third tool. A tool for making container lids, comprising: blades configured to form cuts in a cover having a body having a top plate and an annular side wall, the top plate having a top surface, wherein opposite sides of the annular side wall are annularly connected to each other, the annular A periphery of the side wall is connected with a surface of the top plate to form a sealing end, and another periphery of the annular side wall on the opposite side of the sealing end forms an open end and a ring, the ring is located at the open end of the main body , the plural blades include: A first blade set configured to cut a first cut portion, the first cut portion having a first end and a second end, the first end being separated from the second end and used for cutting a second cutout portion on the body or the ring; and a second blade set configured to cut the second cut portion, the second cut portion has a first end and a second end, the first end of the second cut portion and the second cut portion the second end of the separation; wherein the first cutout portion does not intersect with the second cutout portion, and the first cutout portion and the second cutout portion are configured such that when the lid is placed on the container and the lid is unscrewed, in addition to a first cutout portion Except for the connecting part and a second connecting part, the main body is separated from the ring; The first connecting portion is formed at a first cut portion formed by a first blade in the first blade set and a second cut portion formed by a second blade in the second blade set between; Wherein the second connecting portion is formed between a third notch portion formed using a third blade in the first blade set and a fourth notch portion formed by a fourth blade in the second blade set room; and wherein the second blade set is additionally configured to form a first tab on the ring and a second tab on the side wall, so that a fifth blade of the second blade set forms a fifth cut portion, The fifth cutout portion defines a first side of the first tab, a sixth blade of the second blade set forms a sixth cutout portion, and the sixth cutout portion defines a second portion of the first tab Both the side and a first side of the second tab, and a seventh blade form a seventh cutout portion that defines a second side of the second tab. A tool as claimed in claim 18, Wherein the plurality of blades are incorporated into a cutter group, and the cutter group includes a first cutter, a second cutter, and a third cutter; wherein the first blade and the fourth blade are included as part of the first tool; wherein the fifth blade, the sixth blade, and the seventh blade are included as part of the second cutter; and Wherein the second blade and the third blade are included as part of the third tool.

Images