BR102016011733A2 - quick opening and closing system for packaging lids - Google Patents

Abstract

This patent is a fast opening and closing system for packaging lids, belonging to the general packaging technical sector, lid for various packaging models such as sauces, ketchup, ground coffee, pasta, feijoada , canning in general, including beverages such as beer, water, milk, tea, soda and other packaging using and / or requiring the lid, whereby very practical, safe and functional results are obtained. the system comprises coupling niches (1) molded to the edge of the packages and coupling pins (100) internally molded to the edge of the respective packaging lid, where each of the coupling niches (1) is provided with horizontal straight shoulders (11); 11 ') and a vertical (12) on the left side forming a square or rectangular housing (13) and between them is formed a space (14) through which each of the square or rectangular shaped pins (100) slips with rounded corners, coinciding with the housing (13) where they fit perfectly. The present system allows for other variations of form and application.

Description

QUICK OPENING AND CLOSING SYSTEM FOR PACKING COVERS

[01] This patent is a rapid opening and closing system for packaging lids, belonging to the general packaging technical industry, lid for various packaging models such as sauces, ketchup, coffee powder, pasta, feijoada, preserves in general, including beverages such as beer, water, milk, tea, soda and other packaging using and / or necessary the lid, through which practical, safe and functional results are obtained.

TECHNICAL STATE

[02] Numerous screw-top packs such as bottles and jars used for various packaging purposes are known from the state of the art.

[03] Particularly drinks, make use of various types of packaging with screw caps that to be tightly closed, need some fillets, making the lid to have a height of at least 25 mm (see figure 2), which consequently makes the production of the lid more expensive due to the excessive use of material in the making of the lid and, moreover, the high number of fillets makes its inefficient use, in which the user needs to turn the lid several times to allow opening and / or closing. of packing. Thus, there is a major inconvenience regarding the cost of producing the packaging and regarding the practicality of its use.

[04] Thus, in order to make the production of the lid cheaper, and to make its use more practical and efficient, even aiming at preserving the environment, it was developed the present invention, which with its quick opening and closing system, allows the opening and closing of the packages with only a small radial movement and consequently will require a small height for its packaging (see figure 2).

DESCRIPTION OF THE INVENTION

[05] The present invention will be better understood by the description of the figures which schematically represent: Figure 1: perspective view of a package provided with quick opening and closing nano-lid;

Figure 2: perspective view of a package provided with a micro lid with quick opening and closing system;

Figure 3: front view of a package provided with normal lid with quick opening and closing system;

Figure 4: Partial front views of the three different cover heights;

Figure 5: Partial front view of a nano-lid package with quick opening and closing system coupled to the neck;

Figure 6: Partially exploded front view of a nano-lid package with rapid opening and closing system;

Figure 7: Partial exploded perspective view of a nano-lid package with rapid opening and closing system;

Figure 8: Partial exploded perspective view of a package provided with a partially cut nanocap showing the rapid opening and closing system;

Figure 9: Partial front view of a package provided with partially cut nanocap showing the rapid opening and closing system;

Figure 10: Partial front view of a package provided with a partial cut micro lid showing the rapid opening and closing system; Figure 11: Partial front view of a package provided with normal lid with partial cut, showing the rapid opening and closing system; Figure 12: Partial front view of a package provided with a partial cut micro cap showing an option of the quick open and close quick release coupling pin;

Figure 13: Partial front view of a package provided with a partial cut normal lid showing an option of the quick open and close coupling pins;

Figure 14: perspective view of the nano cap showing the coupling pins;

Figure 15: perspective view of the micro cap showing the coupling pins;

Figure 16: perspective view of the normal cover showing the coupling pins;

Figure 17: exploded perspective view of a package provided with normal lid with quick opening and closing system;

Figure 18: front exploded view of a package provided with normal lid with quick opening and closing system;

Figure 19: Partial front sectional view of a package provided with a micro lid with quick opening and closing system;

Figure 20: Partial front views of a package with the normal lid being placed;

Figure 21 is an exploded perspective view of a quick open and close pot or can package with the underside of the lid protruding;

Figure 22 is an exploded perspective view of a quick open and close pot or can package with the top lid facing away;

Figure 23: Partial exploded perspective view of a quick open and close pot or can package, with the underside of the lid protruding;

Figure 24: exploded perspective view of a quick opening and closing device for glass bottle-type neck-neck coupling, highlighting the underside of the lid;

Figure 25: exploded perspective view of a quick opening and closing device for glass bottle-type neck-neck coupling, highlighting the top face of the lid;

Figure 26: Partial exploded front sectional view of the glass bottle-like package and the device with rapid opening and closing system;

Figure 27: Partial front cross-sectional view of the glass bottle package with the quick opening and closing device attached to the neck;

Figure 28: Partial front view of the glass bottle package with the quick opening and closing device attached to the neck; Figure 29: front view of the glass bottle package with the device in partial section, highlighting the quick opening and closing system;

Figure 30: partial perspective view of the glass bottle type package with the quick opening and closing device attached to the neck;

Figure 31: perspective view of the glass bottle package with the quick opening and closing device attached to the neck; Figure 32: exploded perspective view of a nano-lid package with a first embodiment of the quick open and close system; Figure 33: exploded front view of a nano-lid package with a first variant of the quick open and close system;

Figure 34: Partial exploded perspective view of a package provided with partially cut nanocap illustrating a first variant of the rapid opening and closing system;

Figure 35: partial exploded perspective view of a package provided with a partially cut nanocap illustrating a first variant of the quick open and close system being placed;

Figure 36: partial exploded perspective view of a package provided with a partially cut nanocap illustrating a first variant of the fast opening and closing system disposed;

Figure 37: Partial sectional front view of a package provided with a partially sectional nanocap illustrating a first variant of the fast opening and closing system disposed;

Figure 38: perspective view of the nano cap highlighting the quick open and close coupling pin;

Fig. 39 is an exploded perspective view of a micro cap package having a first embodiment of the quick open and close system;

Figure 40: front exploded view of a micro-lid package with a first variant of the quick open and close system;

Figure 41: Partial exploded perspective view of a package provided with a partial cut micro lid illustrating a first embodiment of the rapid opening and closing system;

Figure 42: Partial exploded perspective view of a package provided with a partial cut micro lid illustrating a first variant of the rapid opening and closing system being placed;

Figure 43: Partial perspective view of a package provided with a partial cut micro lid illustrating a first variant of the quick open and close system being placed;

Fig. 44 is a partial perspective view of a package provided with a partial cut micro lid illustrating a first embodiment of the fast opening and closing system disposed;

Figure 45: exploded perspective view of a carton provided with a normal lid with a first variant of the quick open and close system;

Figure 46: front exploded view of a carton provided with a normal lid with a first variant of the quick open and close system;

Figure 47: Partial exploded perspective view of a package provided with a normal partial-cut lid illustrating a first variant of the rapid opening and closing system;

Figure 48 is a partial exploded perspective view of a package provided with a partial cut-off normal lid illustrating a first variant of the rapid opening and closing system being placed;

Figure 49: Partial exploded perspective view of a package provided with a normal partial cut-off lid illustrating a first variant of the fast opening and closing system disposed;

Figure 50: perspective view of a pot or can package with rapid opening and closing system of the first variant;

Figure 51: Front view of a pot or can package with quick opening and closing system of the first variant;

Figure 52: front exploded view of a pot or can package with rapid opening and closing system of the first variant;

Fig. 53: Exploded partial perspective view of a pot or can package with rapid opening and closing system of the first variant, highlighting the upper face of the lid;

Fig. 54 is an exploded partial perspective view of a pot or can package with rapid opening and closing system of the first variant pointing out the underside of the lid;

Figure 55: Partial exploded perspective sectional view of the glass bottle-type package and the device with rapid opening and closing system of the first variant;

Figure 56: Partial exploded perspective view of the glass bottle-like package and the device with rapid opening and closing system of the first variant;

Figure 57: Partial exploded front sectional view of the glass bottle-type package and the device with rapid opening and closing system of the first variant;

Figure 58: Partial front cross-sectional view of the glass bottle package with the device, with quick opening and closing system of the first variant assembled;

Figure 59: exploded front view of a nano-lid package with a second variant of the quick open and close system;

Figure 60: exploded perspective view of a nano-lid package with a second embodiment of the quick open and close system; Fig. 61 is an exploded partial perspective view of a nano-lid package with a second embodiment of the rapid opening and closing system;

Fig. 62 is a partial cross-sectional front view of a nano-lid package with a second embodiment of the quick open and close system; Fig. 63 is a partial exploded perspective view of a package having a partially cut nanocap illustrating a second variant of the rapid opening and closing system;

Figure 64: Partial exploded perspective view of a package provided with a partially cut nanocap illustrating a second variant of the rapid opening and closing system being placed;

Figure 65: partial exploded perspective view of a package provided with a partially cut nanocap illustrating a second variant of the fast opening and closing system disposed;

Fig. 66 is a partial exploded perspective view of a package provided with a partially cut micro lid illustrating a second variant of the rapid opening and closing system;

Figure 67: Partial exploded perspective view of a package provided with a partial cut micro lid illustrating a second variant of the rapid opening and closing system being placed;

Fig. 68 is a partial perspective view of a package provided with a partially cut micro lid illustrating a second variant of the rapid opening and closing system being placed;

Fig. 69 is a partial perspective view of a package provided with a partially cut micro lid illustrating a second variant of the fast opening and closing system disposed;

Figure 70: exploded perspective view of a pot or can package with rapid opening and closing system of the second embodiment;

Figure 71: exploded front view of a pot or can package with rapid opening and closing system of the second variant;

Figure 72: Partial exploded perspective view of a quick open and close type pot or can package of the second Figure 73: Partial perspective view in section of the glass bottle type package with the quick open system and closing the second variant, being assembled;

Figure 74: partial perspective sectional view of the glass bottle-like package with the device, with quick opening and closing system of the second variant, mounted;

Figure 75: exploded front view of a nano-lid package with a third variant of the quick open and close system;

Figure 76: exploded perspective view of a nano-lid package with a third variant of the quick open and close system; Figure 77: exploded front sectional view of a nano-lid package with a third variant of the quick open and close system;

Fig. 78 is a partial exploded front view of a package having a partially cut nanocap illustrating a third embodiment of the rapid opening and closing system;

Figure 79: Partially exploded front view of a package having a partially cut nanocap illustrating a third variant of the quick open and close system being placed;

Fig. 80 is a partial front view of a package having a partially cut nanocap illustrating a third variant of the quick open and close system being placed;

Fig. 81 is a partial front view of a package having a partially cut nanocap illustrating a third embodiment of the quick open and close system disposed;

Fig. 82: Partially exploded front view of a carton having a normal lid with partial section illustrating a third embodiment of the rapid opening and closing system;

Fig. 83: Partial front view of a package provided with a partial cut normal lid illustrating a third variant of the rapid opening and closing system being placed;

Fig. 84 is a partial front view of a package provided with a normal cut-off lid illustrating a third embodiment of the fast opening and closing system disposed;

Fig. 85: Partial front sectional view of a package provided with a micro cap illustrating a variant of the quick release and locking pin of the third variant;

Fig. 86: Partial front view with partial section of the micro lid of the package illustrating a variant of the quick release and locking coupling pin of the third variant;

Figure 87: exploded perspective view of a pot or can package with rapid opening and closing system of the third variant;

Figure 88: exploded front view of a pot or can package with rapid opening and closing system of the third variant;

Figure 89: exploded partial perspective view of a pot or can package with rapid opening and closing system of the third variant; Figure 90: Partial perspective sectional view of the glass bottle package with the device, with quick opening and closing system of the third variant being assembled;

Figure 91: partial perspective sectional view of the glass bottle-like package with the device, with quick opening and closing system of the third variant, mounted;

Fig. 92 is a partial perspective view of a package provided with a normal half-cut lid illustrating a fourth embodiment of the rapid opening and closing system;

Fig. 93 is a partial perspective view of a carton having a normal lid with partial section illustrating a fourth embodiment of the rapid opening and closing system;

Fig. 94 is a partial exploded front view of a package provided with a partial cut normal lid illustrating a fourth variant of the rapid opening and closing system;

Figure 95: Partially exploded front view of a package provided with a normal partial-cut lid illustrating a fourth variant of the rapid opening and closing system being placed;

Fig. 96: Partial front view of a package provided with a partial cut normal lid illustrating a fourth variant of the rapid opening and closing system being placed;

Fig. 97 is a partial front view of a package provided with a normal cut-off lid illustrating a fourth embodiment of the quick open and close system disposed;

Fig. 98 is an exploded front view of a carton with a normal lid illustrating an option of the fourth embodiment of the rapid opening and closing system;

Fig. 99: exploded perspective view of a carton having a normal lid, illustrating an option of the fourth embodiment of the rapid opening and closing system;

Fig. 100 is an exploded partial perspective view of a carton provided with a normal lid illustrating an option of the fourth embodiment of the rapid opening and closing system;

Fig. 101 is an exploded partial cross-sectional front view of a carton having a normal lid illustrating an option of the fourth embodiment of the rapid opening and closing system;

Fig. 102: Partially exploded front view of a package provided with a normal partial-cut lid illustrating an option of the fourth embodiment of the rapid opening and closing system;

Fig. 103: Partial front view of a package provided with a partial cut normal lid illustrating an option of the fourth variant of the quick open and close system being placed;

Fig. 104 is a partial front view of a package provided with a partial cut normal lid illustrating an option of the fourth embodiment of the quick open and close system disposed;

Fig. 105 is an exploded partial front view of a carton having a normal lid illustrating a fifth variant of the rapid opening and closing system;

Fig. 106 is an exploded partial cross-sectional front view of a carton provided with a normal lid illustrating a fifth embodiment of the rapid opening and closing system;

Fig. 107 is a partial cross-sectional front view of a carton having a normal lid illustrating a fifth variant of the rapid opening and closing system;

Fig. 108 is an exploded front view of a carton provided with a normal lid illustrating a fifth variant of the rapid opening and closing system;

Fig. 109 is an exploded perspective view of a carton having a normal lid illustrating a sixth variant of the rapid opening and closing system;

Fig. 110 is a partial exploded perspective view of a package provided with a normal partial-cut lid illustrating a sixth variant of the rapid opening and closing system;

Fig. 111: Partial front view of a package provided with a partial cut normal lid illustrating a sixth variant of the rapid opening and closing system being placed;

Fig. 112 is a partial front view of a package provided with a partial cut normal lid illustrating a sixth embodiment of the quick open and close system disposed;

Fig. 113 is an exploded front view of a carton having a normal lid illustrating a seventh variant of the rapid opening and closing system;

Fig. 114 is an exploded perspective view of a carton provided with a normal lid illustrating a seventh variant of the rapid opening and closing system;

Fig. 115 is an exploded partial perspective view of a carton having a normal lid illustrating a seventh variant of the rapid opening and closing system;

Fig. 116 is an exploded front view of a carton having a normal lid illustrating a seventh variant of the rapid opening and closing system;

Fig. 117 is an exploded front view of a package provided with a half-cut normal lid illustrating a seventh variant of the rapid opening and closing system;

Fig. 118 is a front sectional view of a carton having a normal lid illustrating a seventh variant of the quick open and close system;

Figure 119: Partially exploded front view of a package provided with a normal partial-cut lid illustrating a seventh variant of the rapid opening and closing system;

Fig. 120 is a partial front view of a package provided with a partial cut normal lid illustrating a seventh variant of the rapid opening and closing system being placed;

Fig. 121 is a partial front view of a package provided with a partially cut normal lid illustrating a seventh variant of the quick opening and closing system disposed;

Fig. 122: Partially exploded front view of a package provided with a partial cut-off normal lid illustrating an option of the locking pin of a seventh variant of the quick open and close system;

Fig. 123: Partially exploded front view of a package provided with a partial cut-off normal lid illustrating an option of the snap pin of a seventh variant of the quick open and close system being placed;

Fig. 124 is a partial front view of a package provided with a partial cut normal lid illustrating an option of the snap pin of a seventh variant of the quick open and close system being placed;

Figure 125: Partial front view of a package provided with a partial cut-off normal lid illustrating an option of the snap pin of a seventh variant of the quick open and close system disposed;

Fig. 126 is an exploded partial perspective view of a carton provided with a normal lid illustrating an option of distributing a seventh of the rapid opening and closing system;

Fig. 127 is an exploded partial sectional perspective view of a carton having a normal lid illustrating an option of distributing a seventh of the quick open and close system;

Fig. 128 is a partial exploded perspective view of a package provided with a normal partial cut-off lid illustrating an option of dispensing a seventh variant of the quick open and close system;

Fig. 129: Partial perspective view of a package provided with a partial cut-off normal lid illustrating an option of dispensing a seventh variant of the rapid opening and closing system being placed;

Fig. 130 is a partial perspective view of a package provided with a partial cut-off normal lid illustrating an option of dispensing a seventh variant of the fast opening and closing system disposed;

Figure 131: perspective view of a nano-lid package illustrating an eighth variant of the quick open and close system; Figure 132: Partial exploded perspective view of a package provided with a nano cap illustrating an eighth variant of the rapid opening and closing system;

Figure 133: perspective view of the nanocap illustrating the interior in an eighth variant of the quick open and close system;

Figure 134: Partial perspective sectional view of a package provided with a nano cap illustrating an eighth variant of the rapid opening and closing system;

Figure 135: Partial sectional front view of a nano-lid package illustrating an eighth variant of the quick open and close system;

Fig. 136 is an exploded front view of a carton having a normal lid illustrating a ninth embodiment of the rapid opening and closing system;

Fig. 137 is an exploded perspective view of a carton fitted with a normal lid illustrating a ninth embodiment of the rapid opening and closing system;

Fig. 138 is a front sectional view of a carton having a normal lid illustrating a ninth embodiment of the rapid opening and closing system;

Fig. 139: Partial exploded perspective view of a package provided with a normal partial-cut lid illustrating a ninth embodiment of the rapid opening and closing system;

Fig. 140: Partial exploded perspective view of a package provided with a normal partial cut-off lid illustrating a ninth embodiment of the rapid opening and closing system being placed;

Fig. 141: Partial exploded perspective view of a package provided with a normal partial cut-off lid illustrating a ninth embodiment of the fast opening and closing system disposed;

Fig. 142 is a perspective view of a nano-lid package illustrating a tenth variant of the rapid opening and closing system; Fig. 143 is a partial front view of a nano-lid package illustrating a tenth variant of the rapid opening and closing system; Figure 144: Partial sectional front view of a nano-lid package illustrating a tenth variant of the rapid opening and closing system;

Fig. 145 is an exploded partial cross-sectional front view of a nano-lid package illustrating a tenth variant of the rapid opening and closing system;

Fig. 146 is a partial perspective view of a nano-lid package illustrating a tenth variant of the rapid opening and closing system;

Fig. 147 is a partial exploded perspective view of a package provided with a nano cap illustrating a tenth variant of the quick open and close system, with the upper face of the cap pointing out;

Fig. 148 is a partial exploded perspective view of a nano-lid package illustrating a tenth variant of the quick open and close system, with the lower face of the lid pointing out;

Fig. 149 is a perspective view of a nano-lid package illustrating an eleventh variant of the rapid opening and closing system;

Fig. 150 is a partial perspective view of a nano-lid package illustrating an eleventh embodiment of the rapid opening and closing system;

Fig. 151 is a partial exploded perspective view of a package provided with a nano cap illustrating an eleventh embodiment of the rapid opening and closing system;

Fig. 152 is a partial sectional perspective view of a nano-lid package illustrating an eleventh variant of the rapid opening and closing system;

Fig. 153 is a partial perspective view of a carton with a normal lid illustrating an option of the eleventh embodiment of the quick open and close system;

Figure 154: Partial sectional front view of a carton having a normal lid illustrating an option of the eleventh variant of the quick open and close system;

Figure 155: sectional perspective view of the normal lid of an option of the eleventh variant of the quick open and close system;

Fig. 156: Partial exploded perspective view of a carton having a normal lid, illustrating an option of the eleventh embodiment of the rapid opening and closing system;

Fig. 157: Partial exploded perspective view of a carton having a normal lid illustrating an option of an eleventh variant of the rapid opening and closing system, optionally without the median annular flap;

Figure 158: Partial perspective view of an eleventh option of the quick open and close system, optionally having only one ring on the edge;

Figure 159: Partial perspective view of an option of the eleventh variant of the quick open and close system, optionally provided with two edge rings; and Figure 160: Partial perspective view of an option of the eleventh variant of the quick open and close system, optionally provided with three edge rings.

[06] According to Figures 1 to 3, the fast opening and closing system for packaging lids can be applied to nano lids (NT) (approximately 5mm high), micro-lid (MT) (approximately 10mm in height). height) and normal lid (TN) (approximately 25mm high) and comprises snap-in niches (1) molded to the edge of the cartons and snap-in pins (100) integrally molded into the edge of the respective carton lid to allow for fastening and opening the lid in the package with only a vertical movement and a small radial (horizontal) rotation

[07] According to Figures 5 to 11, the fast opening and closing system for packaging lids comprises the coupling niches (1) molded at the packaging edge and the latch pins (100) integrally molded at the lid edge. of packing. Said niches (1) when molded on the edge of the package using the nano-lid (NT) each will be provided with horizontal (11; 1Γ) and a vertical rectilinear shoulders (12) on the left side, forming a square housing (13) or rectangular and between them a space (14) is formed, whereby each of the square or rectangular pins (100) with rounded corners slide, coinciding with the housing (13) where they fit perfectly.

[08] The niches (1) when molded on the edge of the package using the micro cap (MT) will each be additionally provided with the free end of the horizontal rectilinear shoulder (11), a vertical protrusion (12 ') which will serve as a guide. to the hitch pin (100).

[09] The niches (1) when molded on the edge of the package using the normal lid (TN) the niches (1) will be aligned on the edge by the end of the vertical protrusion (12 '), keeping a strip (15) below the horizontal shoulder (1Γ).

[10] According to Figures 12 and 13, the coupling pins may optionally be straight (101) forming a narrower rectangular section.

[11] When the system is used for plastic beverage packaging, lids may optionally surround the annular flaps (A) provided on them (see Figure 9).

[12] According to Figures 21 to 23, optionally the quick opening and closing system for packaging lids may be applied to cans (L) or jars (P) and will be provided with straight shoulder on the edge thereof. (111; 11Γ) and one vertical (121) on the left side, forming a square or rectangular housing (131) and between them a space (141) is slid through which each of the pins (100) of the lid ( T), of square or rectangular shape with rounded corners, coinciding with the housing (131) where they fit perfectly.

[13] According to Figures 24 to 31, optionally the quick opening and closing system for packaging lids may be applied to a bottle-like packaging neck (G) and will be provided with a device provided with a body ( 16) and a lid (17) of the nano, micro or normal type, the body (16) having on the edge of horizontal straight lugs (112; 112 ') and a vertical (122) on the left side forming a housing ( 132), square or rectangular and between them a space (142) is formed by which each of the pins (100) of the lid (17), of square or rectangular shape with rounded corners, coincides with the housing (132) where fit perfectly. In the same way as in the packages the lid (17) of the device may optionally surround the annular flap (A) provided on the body (16) thereof.

[14] According to Figures 32 to 38, in a first variant of the fast opening and closing system for packaging lids the niches (1) when molded at the edge in the packaging using the nano lid (NT) will each be provided. C-shaped cams (18) forming a circular housing (133) and between them a space (143) is formed through which each circular-shaped pin (103) slides coincident with the housing (133) ) where they fit perfectly.

[15] According to Figures 39 to 44, the niches (1) when molded at the edge in the package using the micro lid (MT) will each additionally be provided at the upper free end with a vertical straight protrusion (123 '). , which will guide the hitch pin (103).

[16] According to figures 45 to 49, the niches (1) when molded at the edge in the package using the normal lid (TN) the niches (1) will be aligned at the edge by the end of the vertical protrusion (123 '). while maintaining a range (153).

[17] According to Figures 50 to 54, optionally the quick opening and closing system for packaging lids may be applied to cans (L) or jars (P) and will be provided with curved shoulders on the edge thereof. (181) forming a circular housing (133) and between them a space (143) is formed through which each of the pins (103) of the circular shaped lid (T) coincide with the housing (133). where they fit perfectly.

[18] According to Figures 55 to 58, optionally the quick opening and closing system for packaging lids may be applied to a glass bottle-like packaging neck (G) and will be provided with a device formed by a body ( 161) and a lid (171), of nano, micro or normal type, the body (161) having at the edge of curved shoulders (182) in "C", forming a circular housing (134) and between them a space (144) through which each of the pins (103) of the circularly shaped cover (171) slides coinciding with the housing (134) to which they fit perfectly.

[19] According to figures 59 to 65, in a second variant of the fast opening and closing system for packaging lids the niches (1) when molded at the edge in the packaging using the nano lid (NT) will each be provided. of vertical (19; 19 ') and horizontal (20) rectilinear shoulders in inverted “h” forming a square or rectangular housing (134) and between them a space (144) is slid through which each of the pins ( 104) of square or rectangular shape, coinciding with the housing (134) where they fit perfectly.

[20] According to Figures 66 to 69, the niches (1) when molded to the edge in the package using the micro cap (MT) will each be formed by a niche (21) that is vertically longer than the neck height. of packing.

[21] According to figures 70 to 72, optionally the fast opening and closing system for packaging lids can be applied to cans (L) or pots (P) type and will be fitted with the niche edge (1). formed by vertical (191; 19Γ) and horizontal (201) rectilinear shoulders in inverted “h”, forming a square or rectangular housing (135) and between them a space (145), whereby each of the pins ( 105) square or rectangular in shape of the lid (T), coinciding with the housing (135) where they fit perfectly.

[22] According to Figures 73 and 74, optionally the quick opening and closing system for packaging lids may be applied to a life-bottle packaging neck (G) and will be provided with a device formed by a body ( 162) and a lid (172), of nano, micro or normal type, the body (162) having at the edge of niches (1) formed by vertical (192; 192 ') and horizontal (202) rectilinear shoulders at “h ”Inverted, forming a square or rectangular housing (136) and between them a space (146) is formed through which each of the square or rectangular pins (106) of the cover (T) coincide with the housing (22). 136) where they fit perfectly.

[23] According to figures 75 to 81, in a third variant of the fast opening and closing system for packaging lids the niches (1) when molded at the edge in the package using the nano lid (NT) will each be provided. of a vertical rectilinear shoulder (22) with the upper end joined to an inverted "v" curved shoulder (23), and adjacent to the upper portion there are two projecting points (24) and a short vertical rectilinear protrusion (25), forming a housing (137) and between them a space (147) is formed, whereby each of the square or rectangular shaped pins (107) slide, coinciding with the housing (137) where they fit perfectly.

[24] According to Figures 82 to 84, the niches (1) when molded to the edge in the package using the micro cap (MT) will each be formed by a niche (31) vertically longer than the neck height. of packing.

[25] According to Figures 85 and 86, pins (107) optionally will have round pins (107 ') configuration.

[26] According to figures 87 to 89, optionally the quick opening and closing system for packaging lids can be applied to cans (L) or pots (P) type and will be provided with a niche edge (1). each having a vertical rectilinear shoulder (221) with the upper end joined to an inverted "v" curved shoulder (231), and adjacent to the upper portion there are two protruding points (241) and a short vertical rectilinear protrusion ( 251), forming a housing (138) and between them a space (148) is formed, whereby each of the square or rectangular pins (108) of the cover (T) slide, coinciding with the housing (138) where fit perfectly.

[27] According to Figures 90 and 91, optionally the quick opening and closing system for packaging lids may be applied to a glass bottle-type packaging neck (G) and will be provided with a device formed by a body ( 163) and a lid (173) of the nano, micro or normal type, the body (163) being provided with the niche edge (1) each having a vertical straight shoulder (222) with the upper end attached to a shoulder curved (232) in inverted "v", and adjacent to the upper portion are provided two projecting points (242) and a short vertical rectilinear projection (252) forming a housing (139) and between them a space (149) is formed. by sliding each of the square or rectangular pins (109) of the cover (T), coinciding with the housing (139) to which they fit perfectly.

[28] According to Figures 92 to 97, in a fourth variant of the rapid opening and closing system for package lids each of the package niches (1) will be formed by an inverted Y-shaped shoulder (40). forming a housing (70) and between them a space (80) is formed through which each of the triangular-shaped pins (200) slides, with rounded corners provided on the inner face of the cover (T).

[29] According to Figures 98 to 104, optionally the protrusion (40) will be provided with frame (41) from the lower ends, where the left end (4 () will be further elongated.

[30] According to Figures 105-108, in a fifth variant of the fast opening and closing system for packaging lids each of the packaging niches (1) will be formed by curved shoulder (42) forming a housing (71). ) and between them a space (81) is formed through which each of the circular shaped pins (201) provided on the inner face of the cover (T) slides.

[31] According to figures 109 to 112, optionally in a sixth variant of the fast opening and closing system for packaging lids each of the packaging niches (1) will be formed by curved shoulder (43), forming a narrowing ( 72) and between them a space (82) is formed through which each of the circular shaped pins (202) provided on the inner face of the cover (T) slides.

[32] According to Figures 113 to 121, optionally in a seventh variant of the rapid opening and closing system for package lids each of the package niches (1) will be formed by curved shoulder (44) in "J" forming a narrowing (73) and between them a space (83) is formed, whereby each of the pins (203; 203 ') of circular shapes is slid with the lower diameter larger than the upper one, provided on the inner face of the cover (T).

[33] According to Figures 122 to 125, optionally the pins (204) provided on the inner face of the cover (T) will be of the same shape.

[34] According to figures 126 to 130, optionally the curved shoulders (44) in "J" will be further spaced.

[35] According to figures 131 to 135, optionally in an eighth variant of the fast opening and closing system for packaging lids each of the coupling niches (1) of the packaging (E) will be made on the inner face of the portion ( 90) of the neck formed by the inner shoulders (91) and the lid (T) will be provided with a smaller inner circular wall (92), forming a housing (93) for receiving the neck (90) portion of the package (E). , and is provided with pins (94) which fit into the respective coupling niches (1) formed by the inner shoulders (91). When the system is used in plastic beverage packaging, the lids may optionally surround the annular flaps (A) provided therein (see Figure 131).

[36] According to Figures 136 to 141, optionally in a ninth variant of the fast opening and closing system for packaging lids each of the packaging niches (1) will be formed by curved shoulder (45) in "U" inverted, forming a housing (74) between them at the bottom and a space (84) at the top, through which each of the circular shaped pins (205) provided on the inner face of the cover (T) slides.

[37] According to Figures 142 to 148, optionally in a tenth variant of the rapid opening and closing system for packaging lids, the lid (T) comprises a detachable upper part (50) and a fixed strap (51), joined by a detachable region (52) provided with a channel (52 ') surrounding the outer annular shoulder (53) of the package (E); said detachable upper portion (50) is provided with a smaller inner circular wall (54) forming a niche (55) for receiving the perimeter of the bottle neck, and is provided with an inner channel (56) for engaging the annular shoulder (57) of said package (E).

[38] According to Figures 149 to 152, optionally in an eleventh variant of the rapid opening and closing system for packaging lids, the lid (T) comprises a detachable upper part (60) and a fixed strap (61). joined by a detachable region (62) provided with a channel (62 ') surrounding the lower annular shoulder (63) of the package (E); said detachable upper part (60) is provided with external grooves (64) for ease of rotation and is internally provided with a channel (65) for engaging the upper annular shoulder (66); said fixed strap (61) is integrally provided with vertical grooves (67) which together with the outer grooves (68) of the package (E), provide greater adhesion of the respective fixed strap (61) in the channel formed between the lower annular shoulder (63). ) and the annular flap (A).

[39] According to figures 153 to 156, optionally the fast opening and closing system for packaging lids will be applied to normal lids (TN).

[40] According to Fig. 157, optionally the package (E) will be provided only with the upper annular shoulder (66).

[41] According to Figures 158 to 160, optionally the package (E) will not have the outer grooves (68) and may be provided with one to three annular shoulders (69 ') and thus its cover with respect to the inner channels. .

[42] With the rapid opening and closing system for packaging lids thus designed, its use is made very simple and efficient by simply opening the package, breaking the seal, turning it counterclockwise and pulling upwards. the detachable part of the lid. To close the package, just do the reverse operation.

[43] Optionally some variants of the fast opening and closing system for packaging lids, it is sufficient to break the seal and pull up the detachable part of the lid and to close the package just do the reverse operation.

[44] With the rapid opening and closing system for packaging lids thus obtained, it offers the following advantages over its hitherto known counterparts: - Speed, convenience and efficiency in opening the package; - Lower production cost as it allows the making of so-called 5 mm high nano caps and 10 mm high micro caps; - Allows the system to be applied also to conventional size 25 mm caps; - Allows the customization of the system according to the desire of the manufacturer; - Allows its application in metal cans of beer, soda and others, such as paint, creams, pasta, preserves, etc .; - Allow their application in metal, plastic, glass or any other material that allows the making of the shoulders and pins; and - An innovation in the technical sense is taken, while providing packaging ornamentation, adding value to it.

[45] The scope of the present utility model patent demonstrates its innovation in the domestic and worldwide market and should not be limited to the use of packaging, but also to the terms defined in the claims and their various equivalents.

Claims (38)

1.- FAST OPENING AND CLOSING SYSTEM FOR PACKING COVERS, characterized in that it is applied to nano caps (NT), micro caps (MT) and normal caps (TN) and comprises coupling niches (1) molded on the packaging edge and locking pins (100) integrally molded to the edge of the respective packaging lid. FAST OPENING AND CLOSING SYSTEM FOR PACKING COVERS according to claim 1, characterized in that the niches (1) when molded on the edge of the package using the nano-lid (NT) each have horizontal straight edges ( 11; 1Γ) and a vertical (12) on the left side forming a square or rectangular housing (13) and between them forming a space (14) through which each of the square or rectangular shaped pins (100) slides with rounded corners coinciding with the housing (13). FAST OPENING AND CLOSING SYSTEM FOR PACKING COVERS according to claim 2, characterized in that the niches (1) when molded on the edge of the package using the micro cap (MT) are each additionally provided with the free end of the shoulder. horizontal rectilinear (11), a vertical protrusion (12 '), which will guide the hitch pin (100). 4. FAST OPENING AND CLOSING SYSTEM FOR PACKING COVERS according to claim 2, characterized in that the niches (1) when molded on the edge of the package using the normal lid (TN) the niches (1) are aligned on the edge. , by the end of the vertical projection (12 '), keeping a strip (15) below the horizontal shoulder (11'). FAST OPENING AND CLOSING SYSTEM FOR PACKING CAPS according to claim 2, characterized in that the coupling pins are optionally straight (101), forming a narrower rectangular section. FAST OPENING AND CLOSING SYSTEM FOR PACKING COVERS according to claim 1, characterized in that when the system is applied to plastic beverage containers, the lids optionally surround the annular flaps (A) provided therein. FAST OPENING AND CLOSING SYSTEM FOR PACKING COVERS according to claim 2, characterized in that the system is optionally applied to cans (L) or pots (P) and is provided at the edge of the projections with lugs. horizontal lines (111; 11Γ) and one vertical (121) on the left side, forming a square or rectangular housing (131) and between them a space (141), whereby each of the pins (100) of the lid slides (T) of square or rectangular shape with rounded corners coinciding with the housing (131). FAST OPENING AND CLOSING SYSTEM FOR PACKAGING CAPS according to claim 1 or 2, characterized in that the system is optionally applied to a bottle-neck packaging (G) and is provided with a device provided with a body (16) and a lid (17), of nano, micro or normal type, the body (16) having on the edge of horizontal straight shoulders (112; 112 ') and a vertical (122) on the left side, forming a housing (132), square or rectangular and between them a space (142) is formed by which each of the pins (100) of the lid (17), of square or rectangular shape with rounded corners, coincides with the housing (1). 132). 9. FAST OPENING AND CLOSING SYSTEM FOR PACKING COVERS according to claim 8, characterized in that the device cover (17) optionally surrounds the annular flap (A) provided on the housing (16). 10.- FAST OPENING AND CLOSING SYSTEM FOR PACKING COVERS according to claim 1, characterized in that in a first variant of the system, the niches (1) when molded to the edge in the package using the nano cap (NT) each a being provided with curved shoulders (18) in "C" forming a circular housing (133) and between them a space (143) is formed, whereby each of the circular shaped pins (103) coincides with the housing (133). 11. QUICK OPENING AND CLOSING SYSTEM FOR PACKAGING CAPS according to claim 10, characterized in that the niches (1) when molded at the edge in the package using the micro cap (MT) are each additionally provided at the upper free end. , of a vertical rectilinear protrusion (123 '), which will guide the hitch pin (103). FAST OPENING AND CLOSING SYSTEM FOR PACKING COVERS according to claim 10, characterized in that the niches (1) when molded on the edge in the package using the normal lid (TN) and the niches (1) are aligned on the edge. , by the end of the vertical projection (123 '), maintaining a strip (153). FAST OPENING AND CLOSING SYSTEM FOR PACKAGING COVERS according to Claim 10, characterized in that the system is optionally applied to cans (L) or pots (P) and is provided on the edge thereof. bends (181) forming a circular housing (133) and between them a space (143) is formed through which each of the pins (103) of the circular shaped lid (T) coincide with the housing (133). ). 14. FAST OPENING AND CLOSING SYSTEM FOR PACKING COVERS according to claim 1 or 10, characterized in that the system is optionally applied to a bottle-neck packaging (G) and is provided with a device formed by a body (161) and a lid (171), of nano, micro or normal type, the body (161) being provided at the edge of curved shoulders (182) in "C", forming a housing (134), circular and between they are formed a space (144) through which each of the pins (103) of the circular shape (171) of the cap coincide with the housing (134). FAST OPENING AND CLOSING SYSTEM FOR PACKAGING CAPS according to claim 1, characterized in that in a second variant of the system, the niches (1) when molded at the edge in the package using the nano cap (NT) each a being endowed with vertical (19; 19 ') and horizontal (20) rectilinear shoulders in inverted “h”, forming a square or rectangular housing (134) and between them a space (144), whereby each one slides square or rectangular shaped pins (104) coincident with the housing (134). FAST OPENING AND CLOSING SYSTEM FOR PACKAGING CAPS according to claim 15, characterized by the niches (1) when molded at the edge in the package using the micro cap (MT), each being formed by a niche ( 21) longer vertically from the height of the packaging neck. A fast opening and closing system for packaging lids according to claim 15, characterized in that the system is optionally applied to cans (L) or pots (P) and is provided with a niche edge (1). ) formed by vertical (191; 19Γ) and horizontal (201) rectilinear shoulders in inverted “h”, forming a square or rectangular housing (135) and between them is formed a space (145) through which each of the pins slides (105) square or rectangular in shape of the lid (T) coinciding with the housing (135). 18. FAST OPENING AND CLOSING SYSTEM FOR PACKAGING CAPS according to claim 1 or 15, characterized in that the system is optionally applied to a bottle-neck packaging (G) and is provided with a device formed by a body (162) and a lid (172), of nano, micro or normal type, the body (162) being provided with niches (1) formed by vertical (192; 192 ') and horizontal (202) rectilinear shoulders. inverted “h” forming a square or rectangular housing (136) and between them a space (146) is formed whereby each of the square or rectangular pins (106) of the cover (T) coincide with each other. the housing (136). 19. FAST OPENING AND CLOSING SYSTEM FOR PACKAGING CAPS according to claim 1, characterized in that in a third embodiment of the system, the niches (1) when molded to the edge in the package using the nano cap (NT) each one being provided with a vertical rectilinear shoulder (22) with the upper end joined to an inverted "v" curved shoulder (23), and adjacent to the upper portion there are two projecting points (24) and a short vertical rectilinear protrusion ( 25) forming a housing (137) and between them a space (147) is formed through which each of the square or rectangular shaped pins (107) slides coincident with the housing (137). FAST OPENING AND CLOSING SYSTEM FOR PACKAGING CAPS according to claim 19, characterized in that the niches (1) when molded on the edge in the package using the micro cap (MT), each being formed by a niche ( 31) longer vertically from the height of the packaging neck. FAST OPENING AND CLOSING SYSTEM FOR PACKING COVERS according to claim 19, characterized in that the pins (107) optionally have the configuration of round pins (107 '). FAST OPENING AND CLOSING SYSTEM FOR PACKING COVERS according to claim 19, characterized in that the system is optionally applied to cans (L) or pots (P) and is provided at the edge of niches (1). ) each having a vertical rectilinear shoulder (221) with the upper end joined to an inverted "v" curved shoulder (231), and adjacent to the upper portion are provided two projecting points (241) and a short vertical rectilinear protrusion (251) forming a housing (138) and between them a space (148) is formed through which each of the square or rectangular pins (108) of the cap (T) coinciding with the housing (138) slides. FAST OPENING AND CLOSING SYSTEM FOR PACKAGING CAPS according to claim 1 or 19, characterized in that the system is optionally applied to a bottle-neck packaging (G) and is provided with a device formed by a body (163) and a lid (173) of nano, micro or normal type, the body (163) being provided with niche edges (1) each having a vertical rectilinear shoulder (222) with the upper end joined to an inverted "v" curved shoulder (232), and adjacent to the upper portion are provided two protruding points (242) and a short vertical rectilinear protrusion (252) forming a housing (139) and between them a space ( 149) through which each of the square or rectangular pins (109) of the cover (T) slide, coinciding with the housing (139). 24. QUICK OPENING AND CLOSING SYSTEM FOR PACKAGING CAPS according to claim 1, characterized in that in a fourth system variant each of the package niches (1) is formed by a “40” shaped shoulder (40). Y ”is inverted, forming a housing (70) and between them a space (80) is formed, through which each of the triangular-shaped pins (200) slides, with rounded corners provided on the inner face of the cover (T). 25. The rapid opening and closing system for packing caps according to claim 24, characterized in that the projection (40) is optionally provided with a frame (41) from the lower ends, where the left end (4Γ) is provided. more elongated. FAST OPENING AND CLOSING SYSTEM FOR PACKING COVERS according to Claim 1, characterized in that in a fifth embodiment of the system each of the package niches (1) is formed by a curved shoulder (42) forming a housing. (71) and between them a space (81) is formed, whereby each of the circular shaped pins (201) provided on the inner face of the cover (T) slides. FAST OPENING AND CLOSING SYSTEM FOR PACKING COVERS according to claim 1, characterized in that in a sixth embodiment of the system each of the package niches (1) is formed by a curved shoulder (43), forming a (72) and between them a space (82) is formed through which each of the circular shaped pins (202) provided on the inner face of the cover (T) slides. FAST OPENING AND CLOSING SYSTEM FOR PACKING COVERS according to claim 1, characterized in that in a seventh embodiment of the system each of the package niches (1) is formed by a curved shoulder (44), in “ J ”, forming a narrowing (73) and between them a space (83) is formed, whereby each of the pins (203; 203 ') of circular shapes slide, the lower one having a larger diameter than the upper one, provided on the face. cover inside (T). 29. FAST OPENING AND CLOSING SYSTEM FOR PACKING COVERS according to claim 28, characterized in that the pins (204) provided on the inner face of the lid (T) are of the same shape. FAST OPENING AND CLOSING SYSTEM FOR PACKING COVERES according to claim 28, characterized in that the "J" curved shoulders (44) are optionally more spaced. 31. Packaging system according to claim 1, characterized in that in an eighth embodiment of the system each of the coupling niches (1) of the package (E) is made on the inner face of the portion (90) of the package. the neck formed by the inner shoulders (91) and the cap (T) is provided with a smaller circular inner wall (92) forming a housing (93) for receiving the neck portion (90) of the package (E), and being provided with pins (94) which are fitted into the respective coupling niches (1) formed by the inner shoulders (91). FAST OPENING AND CLOSING SYSTEM FOR PACKING COVERS according to Claim 31, characterized in that when the system is applied to plastic beverage containers, the closures optionally surround the annular flaps (A) provided therein. 33.- QUICK OPENING AND CLOSING SYSTEM FOR PACKING COVERS according to claim 1, characterized in that in a ninth embodiment of the system each of the package niches (1) is formed by a curved shoulder (45), in “ U ”inverted, forming a housing (74) between them at the bottom and a space (84) at the top, through which each of the circular shaped pins (205) provided on the inner face of the cover (T) slide. 34.- QUICK OPENING AND CLOSING SYSTEM FOR PACKING COVERS according to claim 1, characterized in that in a tenth variant of the system the lid (T) comprises a detachable top (50) and a fixed strap (51). joined by a detachable region (52) provided with a channel (52 ') surrounding the outer annular shoulder (53) of the package (E); said detachable top (50) is provided with a smaller inner circular wall (54) forming a niche (55) for receiving the perimeter of the bottle neck, and is provided with an inner channel (56) for engaging the annular shoulder (57) of said package (E). FAST OPENING AND CLOSING SYSTEM FOR PACKING COVERES according to Claim 1, characterized in that in an eleventh system variant, the cover (T) comprises a detachable top (60) and a fixed strap (61). joined by a detachable region (62) provided with a channel (62 ') surrounding the lower annular shoulder (63) of the package (E); said detachable upper part (60) is provided with external grooves (64) for ease of rotation and is internally provided with a channel (65) for engaging the upper annular shoulder (66); said fixed strap (61) is integrally provided with vertical grooves (67) which together with the outer grooves (68) of the package (E), provide greater adhesion of the respective fixed strap (61) in the channel formed between the lower annular shoulder (63). ) and the annular flap (A). 36. FAST OPENING AND CLOSING SYSTEM FOR PACKAGING COVERES according to Claim 35, characterized in that the fast opening and closing system for packaging caps is optionally applied to normal caps (TN). 37. FAST OPENING AND CLOSING SYSTEM FOR PACKAGING COVERES according to claim 35, characterized in that the package (E) is optionally provided with only the upper annular shoulder (66). 38.- QUICK OPENING AND CLOSING SYSTEM FOR PACKING COVERS according to claim 35, characterized in that the package (E) optionally has no outer slots (68) and is provided with one to three annular shoulders (69 '). and thus the respective lid with respect to the internal channels.