Structural arrangement for a bottle cap

Abstract

The present utility model relates to a structural arrangement for a bottle cap, belonging to the technical field of packaging accessories in general, more particularly to a cap for beverage bottles, such as beer, water, soft drinks, or any other drink or product for which the bottle is used as a packaging container, producing convenient, safe and functional results which are very advantageous. The innovation comprises a cap (10) to which an opening device (30) is coupled by a clip in the central top part. The cap (10) has a breaking zone (101) and a central hole (102) for coupling the clip (20) which links the cap (10) to the cross-shaped opening device (30) which forms four levers (302) with protruding projections (303) on the top surface and with a piercing “point/tooth” (304) on the underside of each lever (302), which pierces the breaking zone (101), allowing the inner pressure to escape and thus making it easier to remove the cap (10) with the lever formed at the opposite end.

1 . CONSTRUCTIVE ARRANGEMENT INTRODUCED IN BOTTLE CAP, characterized in that it comprises a cap ( 10 ), metallic or polymeric, which has coupled, through a clip ( 20 ) in the uppercentral part, an opening device ( 30 ); the cap ( 10 ) is provided in its longitudinal and transversal axes, of a rupture region ( 101 ), on both sides and in the center of a hole ( 102 ) for clip coupling ( 20 ) which with its cross-section in “H”, joins the cap ( 10 ) and the opening device ( 30 ), through the lower flap ( 201 ) which is attached to the bottom face of the cap ( 10 ); a central body ( 202 ) that passes through the hole of the cap ( 10 ) and hole ( 301 ) of the opening device ( 30 ) and a top flap ( 203 ) which is attached to the upper face of the respective opening device ( 30 ), the hole ( 301 ) provided in the center of the opening device ( 30 ), which has the shape of “+” or “cross”, forming four levers ( 302 ), provided in the upper face of the shoulders ( 303 ) in high relict for identification of the region to be pressed, which has on the bottom face, of each lever ( 302 ), a perforating “tip/tooth” ( 304 ), which, at the time of opening the cap ( 10 ), perforates the rupture region ( 101 ), removing the internal pressure and thereby facilitating the release of the respective cap ( 10 ) with the aid of the lever formed by the opposite end. 
     
     
         2 . CONSTRUCTIVE ARRANGEMENT INTRODUCED IN. BOTTLE CAP, according to claim.  1 , characterized in that, in a first constructive variant, it is provided with an opening device ( 31 ) of “I” shape, forming two levers ( 311 ) and the cap ( 11 ) have only two rupture regions under the longitudinal axis of the opening device ( 31 ), provided in the upper face of the shoulders and the cap ( 11 ) in high relief for identification of the region to be pressed ( 311 ), which has on the lower face of each lever a perforating “tip/tooth” ( 304 ), which, at the time of opening the cap ( 11 ), perforates the rupture region ( 121 ), removing the internal pressure and thereby facilitating the release of the respective cap ( 11 ) with the aid of the lever ( 311 ) formed by the opposite end. 
     
     
         3 . CONSTRUCTIVE ARRANGEMENT INTRODUCED IN BOTTLE CAP, according to  claim 1 , characterized in that, in a second constructive variant, the clip ( 20 ) is moved to the edge where the cap ( 12 ) is provided in its longitudinal or transversal axis, a rupture region ( 121 ), in of the ends and in the opposite end, of a hole ( 122 ) for coupling the respective clip ( 20 ) which is also coupled in the hole ( 321 ) of the opening device ( 32 ), the hole ( 321 ) provided in one of the ends of the opening device ( 32 ), which has the shape of “I”, forming a lever, provided on the upper face of shoulders ( 323 ) in high relief for identification of the region to be pressed, which has in the bottom face a perforating. “tip/tooth” ( 324 ), which, in the moment of opening the cap ( 12 ), perforates the rupture region ( 121 ), removing the internal pressure and thereby facilitating the release of the respective cap ( 12 ) with the aid of the lever formed by the fixed opposite end. 
     
     
         4 . CONSTRUCTIVE ARRANGEMENT INTRODUCED IN. BOTTLE CAP, according to claim.  1 , characterized in that, in a third constructive variant, the pin ( 20 ) is replaced by a weld for fixing the cap ( 13 ) to the opening device ( 33 ). 
     
     
         5 . CONSTRUCTIVE ARRANGEMENT INTRODUCED IN. BOTTLE CAP, according to claim.  1 , characterized in that, in a fourth constructive variant, it comprises a cap ( 14 ), metallic or polymeric, which has coupled, through a ribbed body ( 24 ), an opening device ( 34 ); the cap ( 14 ) is provided in its longitudinal or transversal axis, a rupture region ( 141 ) and is coupled by the upper face to the ribbed body ( 24 ) which also couples to the bottom face of the opening device ( 34 ), which has the shape of “I”, forming a lever, provided on the upper face of shoulders ( 343 ) in high relief for identification of the region to be Dressed, which has in the bottom face, involved by the ribbed body ( 24 ), a perforating “tip/tooth” ( 344 ), which at the time of opening the cap ( 14 ), perforates the rupture region ( 141 ), removing the internal pressure and thereby facilitating the release of the respective cap ( 14 ) with the aid of the lever formed by the opposite curved end ( 345 ). 
     
     
         6 . CONSTRUCTIVE ARRANGEMENT INTRODUCED IN BOTTLE CAP, according to  claim 1 , characterized in that, in a fifth constructive variant, it comprises a cap ( 15 ), metallic or polymeric, which has coupled, by welding, an opening device ( 35 ); the cap ( 15 ) is provided in its longitudinal or transversal axis, a rupture region ( 151 ) and is coupled Through welding which also couples the bottom face of the opening device ( 35 ), which has the shape of “I”, forming a lever, provided on the upper face of shoulders ( 353 ) in high relief for identification of the region to be pressed, which has in the bottom face a perforating “tip/tooth” ( 354 ), which at the time of opening the cap ( 15 ), perforates the rupture region ( 151 ), removing the internal pressure and thereby facilitating the release of the respective cap ( 15 ) with the aid of the lever formed by the opposite curved end ( 355 ) further forming a flap ( 356 ). 
     
     
         7 . CONSTRUCTIVE ARRANGEMENT INTRODUCED IN BOTTLE CAP, according to claim.  1 , characterized in that, in a sixth constructive variant, it comprises a cap ( 16 ), metallic or polymeric, which is coupled to an opening device ( 36 ); the cap ( 16 ) is provided in its longitudinal or transversal axis, a rupture region ( 161 ) and on the upper face the opening device ( 36 ), which has the shape of “shell”, with opening ( 361 ) in the front and in the back ends in a tip ( 362 ) forming a lever, provided in the upper face of shoulders ( 363 ) in high relief for identification of the region to be pressed, which has in the bottom face a perforating “tip/tooth” ( 364 ) perforating, which at the time of opening the cap ( 16 ), perforates the rupture region. ( 161 ), removing the internal pressure and thereby facilitating the release of the respective cap ( 16 ) with the aid of the lever formed by the tip ( 362 ). 
     
     
         8 . CONSTRUCTIVE ARRANGEMENT INTRODUCED IN BOTTLE CAP, according to  claim 1 , characterized in that, in a seventh constructive variant, it comprises a pet bottle cap ( 17 ), of polymeric material, which is coupled to an opening device ( 37 ); the cap ( 17 ) is provided in its longitudinal or transversal axis, a rupture region ( 171 ) and on the upper face the opening device ( 37 ), which has the shape of “shell”, with opening ( 371 ) in the front and in the back ends in a flap ( 372 ) to facilitate the opening of the cap thread ( 17 ); said device ( 37 ) is provided in the upper face of shoulders ( 373 ) in high relief for identification of the region to be pressed, which has in the bottom face a perforating “tip/tooth” ( 374 ), which at the time of opening the cap ( 17 ), perforates the rupture region ( 171 ), removing the internal pressure and thereby facilitating the release of the respective cap ( 17 ) with the aid of the flap ( 372 ). 
     
     
         9 . CONSTRUCTIVE ARRANGEMENT INTRODUCED IN BOTTLE CAP, according to claim.  1 , characterized in that, in an eighth constructive variant, it comprises a pet bottle cap ( 19 ), of polymeric material, which is coupled to an opening device ( 39 ) and is provided in its longitudinal or transversal axis, a rupture region ( 191 ) and on the upper face the opening device ( 39 ), which has the shape of “shell”, with opening ( 391 ) in the front and in the back ends in a flap ( 392 ) to facilitate the opening of the cap thread ( 19 ); said device ( 39 ) is provided in the upper face of shoulders ( 393 ) in high relief for identification of the region to be pressed, which has in the bottom face a perforating “tip/tooth”  094 ), which at the time of opening the cap ( 19 ), perforates the rupture region. ( 191 ), removing the internal pressure and thereby facilitating the release of the respective cap ( 19 ) with the aid of the flap ( 392 ), wherein the “tip/tooth” ( 394 ) will be formed by two regions of triangular section ( 3941  and  3942 ), where the outer region ( 3941 ) perforates the rupture region ( 191 ) and serves to seal the gas if the cap is replaced by the user. 
     
     
         10 . CONSTRUCTIVE ARRANGEMENT INTRODUCED IN BOTTLE CAP, according to  claim 1 , characterized in that, in a ninth constructive variant, it comprises a pet bottle cap ( 18 ), of polymeric material, which is coupled to an opening device ( 38 ) being provided in its longitudinal or transversal axis, of a rupture region ( 181 ) and on the upper face the opening device ( 38 ), which has the shape of “I”, forming a lever, provided on the upper face of shoulders ( 383 ) in high relief for identification of the region to be pressed, which has in the bottom face a perforating “tip/tooth” ( 384 ), which at the time of opening the cap ( 18 ), perforates the rupture region ( 181 ), removing the internal pressure and thereby facilitating the release of the respective cap ( 18 ) with the aid of the lever formed by the fixed opposite end, which ends in a flap ( 382 ) to facilitate the opening of the cap thread ( 18 ). 
     
     
         11 . CONSTRUCTIVE ARRANGEMENT INTRODUCED IN BOTTLE CAP, according to  claim 1 , characterized in that, in a tenth constructive variant, it comprises a pet bottle cap ( 20 ), of polymeric material, which is coupled to an opening device ( 40 ) being provided in its longitudinal or transversal axis, of a rupture region ( 201 ) and on the upper face the opening device ( 40 ), which has the shape of “I”, forming a lever, provided on the upper face of shoulders ( 403 ) in high relief for identification of the region to be pressed, which has in the bottom face a perforating “tip/tooth” ( 404 ), which at the time of opening the cap ( 20 ), perforates the rupture region ( 201 ), removing the internal pressure and thereby facilitating the release of the respective cap ( 20 ) with the aid of the lever formed by the fixed opposite end, which ends in a flap ( 402 ) to facilitate the opening of the cap thread ( 20 ); said “tip/tooth” ( 404 ) will be formed by two regions of triangular section ( 4041  and  4042 ), where the outer region ( 4041 ) perforates the rupture region ( 201 ) and serves to seal the gas if the cap is replaced by the user. 
     
     
         12 . CONSTRUCTIVE ARRANGEMENT INTRODUCED IN BOTTLE CAP, according to  claim 1 , characterized in that, in an eleventh constructive variant, it comprises a pet bottle cap ( 21 ), of polymeric material, which is coupled to an opening. device ( 41 ), and provided in the back of the opening device ( 41 ), of a narrow flap ( 4121 ) to assist in highlighting the annular rupture region. ( 212 ), in the horizontal median region of the cap which is further provided on the bottom face of the opening device ( 41 ), a perforating “tip/tooth” ( 414 ), which at the time of opening the cap ( 21 ), perforates the rupture region ( 2111 ) removing the internal pressure and thereby facilitating the release of the respective cap ( 21 ), wherein the upper portion has no thread and exits vertically, only the bottom is provided with a thread or a “link” to affix the cap which will easily exit after being perforated in the region of rupture ( 211 ); the upper part, in order not to have friction and to facilitate the opening, its thickness is smaller than the bottom that will be connected in the link of the bottle. 
     
     
         13 . CONSTRUCTIVE ARRANGEMENT INTRODUCED IN BOTTLE CAP, according to clam  1 , characterized in that, in an twelfth constructive variant, it comprises a pet bottle cap ( 22 ), of polymeric material, which is coupled to an opening device ( 42 ), and provided in the back of the opening device ( 42 ) a narrow flap ( 4221 ) and in the front part of a flap ( 422 ), both to assist in highlighting the annular rupture region ( 222 ), in the horizontal median region of the cap ( 22 ), by turning the cap clockwise or horizontally, being internally threaded and with a thickness greater than the fixed bottom. 
     
     
         14 . CONSTRUCTIVE ARRANGEMENT INTRODUCED IN BOTTLE CAP, according to  claim 1 , characterized in that, in a thirteenth constructive variant, it comprises a pet bottle cap ( 23 ), of polymeric material, which is coupled to an opening device ( 43 ), and provided in the back of the opening device ( 43 ) of a narrow flap ( 4321 ) to assist in highlighting the annular rupture region ( 232 ), in the horizontal median region of the cap ( 23 ), which is further provided on the bottom face of the opening device ( 43 ), a perforating “tip/tooth” ( 434 ), which at the time of opening the cap ( 23 ), perforates the rupture region ( 221 .) removing the internal pressure and thereby facilitating the release of the respective cap ( 23 ); the “tip/tooth” ( 434 ) will be formed by a perforating region ( 4343 ) of triangular section that is on the cap, on the outer side of the rupture region ( 231 ) and by a window ( 4344 ), on the inner side of the rupture region ( 231 ), where, after being ruptured by the perforating region ( 4343 ) allows the gas to go out and with this facilitate the highlight of part of the cap ( 23 ), and when it is out of use, the gas itself presses the window ( 4344 ) against the wall of the rupture region ( 231 ), causing it to remain in the bottle. 
     
     
         15 . CONSTRUCTIVE ARRANGEMENT INTRODUCED IN BOTTLE CAP, according to  claim 1 , characterized in that, in a fourteenth constructive variant, it comprises a pet bottle cap ( 24 ), of polymeric material, which is coupled to an opening device ( 44 ), and provided in the back of the opening device ( 44 ) of a long and curved flap ( 4421 ) to assist in highlighting the annular rupture region ( 242 ), in the horizontal median region of the cap ( 24 ), a qual is further provided on the bottom face of the opening device ( 44 ), a perforating “tip/tooth” ( 444 ), which at the time of opening the cap ( 24 ), perforates the rupture region ( 241 ), removing the internal pressure and thereby facilitating the release of the respective cap ( 24 ); a “tip/tooth” ( 444 ) will be formed by a straight region ( 4441 ) and by a window ( 4442 ), being under the latter, it is provided a perforating region ( 4443 ) that when perforating the rupture region ( 241 ), allows the gas to go out and thereby facilitate the highlight of the top of the cap ( 24 ), and when it is out of use, the gas itself presses the window ( 4442 ) against the wall of the rupture region ( 241 ), causing it to remain in the bottle. 
     
     
         16 . CONSTRUCTIVE ARRANGEMENT INTRODUCED IN BOTTLE CAP, according to claim.  1 , characterized in that, in a fifteenth constructive variant, it comprises a pet bottle cap ( 25 ), of polymeric material, which is coupled to an opening device ( 45 ), will be provided at the back of the opening device ( 45 ) a narrow flap ( 4521 ) and in the front part of a vertical flap ( 452 ) which extends downward until it joins a curved flap ( 452 ′) to assist in highlighting the annular rupture region ( 252 ), in the horizontal median region of the cap ( 25 ) and pulling the top of the cap.