Abstract: A bottle for containing an item, generally a pharmaceutical product, wherein the bottle includes a body having a bottom wall and sidewalls, a neck extending from a top portion of the sidewalls and a thread defined on the neck. The neck defining a mouth of the bottle, an internal surface and an external surface. A neck thickness is defined between the internal surface and the external surface. The thread defines a thread thickness. The thread thickness is substantially the same as the neck thickness.

Abstract: A bung stopper closure includes a bung stopper and a sealing cap for bung-type containers, which is particularly suitable for machine closing of bung-type barrels in automatic filling plants for liquids.

Abstract: Provided is a fastening assembly and a container system containing the same. The fastening assembly includes a cylindrical neck member, including a series of convolutions axially extending around at least a portion of the external surface of the neck member and forming an interrupted helical thread of incomplete formation; a collar member configured for screw fastening with the neck member, including at least one rib configured for thread-engagement with the helical thread, the at least one rib forming a portion of an internal thread.

Abstract: The invention relates to a gravity cup for a paint sprayer, having a cup-shaped tank (1) and a cover (2) that can be placed on the tank (1), a multiplex quick-connect thread having at least two external thread turns (18) and internal thread turns (19) engaging with the external thread turns (18) for connecting the tank (1) and the cover (2), characterized in that each external thread turn (18) is formed of a plurality of thread segments (18a, 18b, 18j) disposed along the pitch line of each external thread turn, wherein a gap (18p, 18q . . . 18w) is formed between adjacent thread segments.

Abstract: A container assembly including a container and a closure. The container includes a polymeric body and a polymeric finish. The polymeric finish includes a plurality of threads. The closure includes a plurality of metallic lugs configured to cooperate with the plurality of threads to couple the closure to the polymeric finish.

Abstract: A food storage container includes a bowl that connects to a lid in a closed position. Upon movement of the bowl and lid into the closed position, an audible sound or signal is generated as well as visual and tactile indications.

Abstract: Two embodiments of a molded plastic container/closure combination are described. Each can be structured to provide a child resistant opening feature and, optionally, a tamper-evident feature. In both embodiments, the closure has radially extending bayonets arranged around an outer skirt, which bayonets can be rotated into a position underlying semi-annular ribs in a beam molded integrally with the sidewall of the container. Rotation of the closure in the unlocking direction is opposed by a structure which requires depression of a release tab downwardly. In one embodiment, depression of the release tab requires that a frangible element first be fractured and removed from the container sidewall. In the second embodiment, depressing the release tab is made possible by a living hinge formed on one side of the release tab.

Abstract: A container is provided. The container includes a sidewall, a bottom closure, and a chime. The chime is coupled to a first end of the sidewall by adhesive. The bottom closure is coupled to a second end of the sidewall by adhesive.

Abstract: A reusable oval cap for an oval container that is threaded for ease of removal and installation and provides a water tight seal when fully seated in the container. When the cap is removed, the full cross sectional area of the housing is open for inserting or removing the contents of the container.

Abstract: A container comprises a neck provided with a thread arrangement on which a cap can be screwed as well as a contrast arrangement for interacting with an opening indicating device of the cap the contrast arrangement being provided along a helix arrangement of the thread arrangement; cap comprises a thread arrangement suitable for interacting with a further thread arrangement of a neck of a container, and an opening indicating device provided with a stop arrangement, the stop arrangement being provided along a helix arrangement of the thread arrangement.

Abstract: A container having a container lid and container bottom as well as a method of assembling the same is provided. In one aspect, the container lid and container bottom have cooperating locking catch portions that inhibit rotational motion therebetween. In one embodiment, the locking catch portion of the container lid is provided by a segment of a thread thereof. In another aspect, an attachment rib is provided by the container bottom that is interposed between adjacent threads. The attachment rib is used to axially engage a thread of the container lid when axially snapping the container lid to the container bottom. A method of assembling the container lid to the container bottom is provided that includes axially snap engaging the thread of the container lid with the attachment rib of the container bottom.

Abstract: A weatherproof power inlet box and mating plug wherein the inlet box and mating plug are asymmetrical, positively latched and include more robust elements and a visual indicator of the status of the interconnect. Also included is a thermostat that trips to prevent overheating.

Abstract: A beverage container (1) comprises a container body (3) including an opening and a cap (5) to close the opening, the cap (5) or the container body (3) including one or more bayonet threads (57), and the container body (3) or the cap (5) respectively including one or more protrusions (19) arranged to engage with a respective bayonet thread (57) to secure the cap (5) to the container body (3). At least one of the bayonet threads (57) includes one or more stop members arranged to retain the, or each, protrusion (19) substantially fully engaged with the bayonet thread (57) such that the opening is substantially fully closed by the cap (5), until a releasing torque sufficient to overcome the retention is applied to the container.

Abstract: A container lid retaining system includes a housing with a bottom wall and a perimeter wall attached to and extending upwardly from the bottom wall. The perimeter wall has an upper edge defining an opening extending into the housing. A cover is removably positioned on the perimeter wall to selectively close the opening. A flexible tether has a first end and a second end. The tether extends through the perimeter wall adjacent to the upper edge to position the first end within the housing. The tether extends through the cover to position the second end under the cover when the cover is positioned on the housing. A panel is attached to the first end to prevent the first end from is pulled through the perimeter wall. A stop is removably coupled to the tether adjacent to the second end to prevent the second end from being pulled through the cover.

Abstract: A container neck and closure assembly, wherein the container neck (10) comprises a first screw thread (14) on an internal surface thereof and the closure (12) comprises a cylindrical plug (32) for insertion into the container neck, said plug having a second screw thread (36, 37) on an outer surface thereof for engagement with the first screw thread to secure and resecure the closure on the neck.

Abstract: A pressure vessel includes a lid being rotatable into an unlocked position by a first actuator and then raised vertically above its housing by a second actuator secured along the housing. A pressure safety latch is provided to both vent the vessel before the Hd is moved into its unlocked position and release the lid for unlocking rotatable movement.

Abstract: The invention concerns a filter housing (1), in particular of an air filter for motor vehicles, that extends axially along a longitudinal axis (2) and comprises two detachably connected housing parts (3, 4). A locking connection (5) acting in the direction of the longitudinal axis (2) is provided between the two housing parts (3, 4), wherein the locking connection (5) in at least one rotational direction (6) of the first housing part (3) about the longitudinal axis (2) relative to the second housing part (4) can be brought into a position in which the housing parts (3, 4) are detachable in the axial direction.

Abstract: A divot mix dispenser having an annular body sized to mate with a holder mounted to a golf cart. The body includes a spout located at the upper end of the body with the spout having an opening offset from a centerline of the container through which the divot mix flows out of the dispenser. The lower end of the body defines an inlet for removable attachment with a cap so that the cap can be removed to fill the dispenser with divot mix and attached to secure the divot mix within the dispenser.

Abstract: A threaded container closure assembly, comprising: a container neck (10) having an opening; a closure (12) for said neck, the closure having a base portion (22) and a skirt portion (24), a first screw thread on the neck said first screw thread comprising one or more first thread segments (16), and a second screw thread on an inner surface of the skirt of the closure, said second screw thread comprising one or more second thread segments (26); a first locking projection (44) on the container neck separate from the first thread segments (16) and a second locking projection (46) on the inner surface of the skirt of the closure separate from the second thread segments (26), said first and second locking projections being configured to resist unscrewing of the closure from the fully engaged position on the container neck after the closure has been secured or resecured on the container neck until a predetermined minimum opening torque is applied; wherein said first and second locking projections (44, 46) longitudin

Abstract: A weatherproof power inlet box and mating plug wherein the inlet box and mating plug are asymmetrical, positively latched and include more robust elements and a visual indicator of the status of the interconnect. Also included is a thermostat that trips to prevent overheating.

Abstract: A locking cap and container is provided for a container having an opening surrounded by a neck with container threads thereon that are sized and located to threadingly engage cap threads formed on a skirt of the cap. A shaped distal end is formed on a distal end of the container threads and a barb is formed on the distal end of the cap threads. A resilient locking tab extends from the container, and is located below the shaped distal end and spaced apart from the shaped distal end a distance sufficient to allow passage of the barb beyond the shaped distal end but sufficiently close to resiliently urge the barb into overlapping rotational alignment with the shaped end. The shaped end is configured to lockingly engage the barb when the tab holds them in alignment. Pushing down on the cap pushes the thread against the locking tab and allows disengagement of the barb from the shaped distal end and movement of the barb past the shaped distal end to unlock the cap.

Abstract: The present invention provides a fuel cap having a high operability while maintaining the air-tightness thereof at a necessary and sufficient level. The closure includes a closure body having a head portion, a trunk portion and an annular trunk surface having stopper projections; a seal ring; a sleeve; a coiled spring; and an engagement member having engagement projections. The fuel cap is formed by assembling the seal ring around the annular surface of the trunk portion of the closure body and the sleeve with the trunk portion in the mentioned order, interposing the coiled spring between the sleeve and engagement member, and connecting the engagement member to the trunk portion of the closure body.

Abstract: One embodiment provides a synthetic resin cap comprising a cap body and a circular inner seal projection. The cap body having a top plate and a cylindrical section extending downward from the periphery thereof, and a threaded section that engages with a thread of the container opening is formed in the inner peripheral surface of the cylindrical section. The inner seal projection formed on the inner surface of the top plate and fits into a container opening. The circumferential direction forming angle of the threaded section is from 600° to 720°, and the threaded section is divided into a plurality of divided threaded sections at divided sections; and the divided sections are provided at nearly equal intervals in the circumferential direction.

Abstract: A closure assembly includes: a vessel opening; a closure for said opening, the closure having a base portion and a skirt portion; a first screw thread on the opening, said first screw thread having one or more first thread segments; a second screw thread on an inner surface of the skirt of the closure, said second screw thread having one or more second thread segments; said first and second screw threads being configured to enable a user to secure, remove and resecure the closure into a sealing position on the opening by rotation of the closure on the opening; wherein the first thread segments are shorter than said second thread segments; and wherein the second thread segments are each made up of one or more radially spaced projecting portions, each said portion extending radially no more than about 60° around the closure skirt.

Abstract: The gas-venting groove or grooves are formed, while leaving a part of the thread ridge up to a certain height, as the vertical degassing paths in the thread ridge carved on the outer surface of the round neck wall and the entire neck is whitened by the thermal crystallization. This thermal crystallization is conducted under the condition that the neck is prevented from undesired deformation caused by uneven resin flow state. Thus, the object of this invention is to provide a highly safe neck that can be used widely in the field of heat-resistant containers, pressure-tight containers, and heat-resistant and pressure-tight containers.

Abstract: A closure and container combination has in which anti-backoff capability the closure includes a top wall and a depending annular skirt having closure threading formed on an inner surface of the skirt. The closure threads mate with threads on the container. One or more anti-backoff members are formed on the inner surface of the skirt and/or the outer surface of the container neck and arranged and configured to frictionally engage the mating threading between the anti-backoff member and the threading to resist movement of the closure once secured onto the neck of the container.

Abstract: A tamper proof ABS plastic container comprising a container body within which medical or hygiene products such as capsules or tablets can be accommodated, the container body including a base section (1) and a lid section (3) of an intermediate section (7) and cover (5) with cooperating coupling means (17) to engage with the intermediate section (7); a tamper prevention means (9) interconnecting the base and lid sections of the container body, the tamper prevention means including a web section (11) located between and secured to both the base and lid sections, and a hanging pull tab (13); wherein the web section is detachable from the container, the detaching of the web section allowing separation of the base and lid sections of the container body and visual indication that the container has been opened. Also provided is a method of injection molding of the base section, web section and intermediate section as an integral unit.

Abstract: A sealable casing having a quarter-turn closing arrangement including a tubular body defining an orifice at one end having radially projecting arcuate members and clearances formed along an inner periphery thereof. The casing further includes a cap having radially projecting arcuate members and clearances formed along its inner periphery that are complementary to arcuate members and clearances of the tubular body. A hoop member is connected to the cap and includes a plurality of extensions that are biased by at least one resilient member connected to the cap so as to press against the inner Periphery of the tubular body. The extensions are connected to a drive handle mounted underneath a bail of the cap and cooperate with the at least one resilient member.

Abstract: A closure has a first screw thread (11) capable of cooperating with a second screw thread formed by a container intended to receive the closure. An elastically deformed part (28, 31) is capable, when the first (11) and second screw threads are engaged, of keeping the closure bearing elastically on the container in at least one direction oriented radially with respect to the closure, so as to improve the holding and working of the closure on the container.

Abstract: A sealable casing having a quarter-turn closing arrangement including a basic body defining an orifice at one end having radially projecting arcuate members and clearances formed along thereof. The casing further includes a cap having radially projecting arcuate members and clearances formed along thereof. The arcuate members and clearances of the cap are complementary to the arcuate members and clearances of the casing body and combine to define a bayonet sub-assembly. Extensions extend from the cap and are biased by resilient elements which permit locking the cap in a closed position. The extensions are secured to a drive handle mounted underneath a bail of the cap.

Abstract: A trash can and closure system including a closed circular bottom with a first diameter and an open circular top with a second diameter. The second diameter is greater than the first diameter. The container includes a side wall there between and a central axis, the side wall having an upper extent extending downwardly from the top. The container also includes a pair of threads formed in the upper extent with each of the threads having an input point and an output point spaced with respect to each other. The container has a lid having a circular plate and with a side wall extending downwardly from the periphery of the plate and a lifting handle extending adjacent to the center of the plate. A pair of threads is formed in the side wall of the lid and each of the threads includes an input point and an output point spaced with respect to each and with respect to a horizontal plane extending perpendicularly through the axis.

Abstract: A fastening assembly is constituted by a plate-like member provided with a plurality of laterally extending projections which can be pushed into position between and then turned into engagement with respective slots formed in protrusions. In one aspect, at least one of the projections and/or at least one of the slots is adapted to give a wedging effect. In another aspect, the protrusions are located around an inner periphery of otherwise circular outline presented by a hollow member, and the projections are formed as arcuate sectors located around the plate-like member which presents an outer periphery of circular outline other than at recesses for receiving the respective protrusions.

Abstract: A container for a carbonated beverage has an interrupted external screw thread surrounding its mouth opening engageable with an internal screw thread of a rotatable closure. The rotatable closure is in two parts and has a stiffened top member and a separate, rotatable depending rim to rotatably engage on the container and hold the top member in sealing engagement with the opening of the container. To prevent missiling on opening, pressure venting means such as slots extending through the closure may be provided. Alternatively, the rotatable closure may be configured to have a two stage opening movement. As the rotatable closure is made in two parts it has a low opening torque.

Abstract: The present invention provides a container (2) comprising a body (4) having an opening (8) therein and a lid (6) adapted to close the opening (8). The peripheral edge (10) of the body having a first tapered section (11) defined by a first interior angle (y) and the lid (6) having a second tapered section (13) defined by a second interior angle (z). The first interior angle (y) being greater than the second interior angle (z) and the second tapered section (13) enclosing the first tapered section (11) when a sealing engagement is formed between the lid (6) and the body (4).

Abstract: A container for a carbonated beverage has an interrupted external screw thread surrounding its mouth opening engageable with an internal screw thread of a rotatable closure. The rotatable closure has a top member which is inwardly domed or indented or otherwise shaped to impart the necessary stiffness thereto. To prevent missiling on opening, pressure venting means are provided. Such pressure venting means may comprise slots extending through the closure, and/or the rotatable closure may be provided with stops which impart a two stage opening movement thereto. A rotatable closure with a low opening torque is made into parts and has a top member and a freely rotatable peripheral rim carried by the top member.

Abstract: A container and closure assembly, affording a simple, quick, ergonomical, and reliable closing operation, provides an intermediate, partly open position that is reliably indicated. The distance of rotation of the closure relative to the container necessary for closing the closure is short, so that quick and simple closing of the container is provided. The closure is mounted to the container by a projection that is cooperatively received in a track. Either the closure or the container may be provided with the projection, the other being provided with the track. In a preferred embodiment, the track includes a protuberance that hinders the movement of the projection past a predetermined position along the track.

Abstract: A fuel cap (10) and filler neck fitment (14) for receiving the fuel cap. The fuel cap includes an outer member (18) and an inner closure assembly (20) with seal. The cap and fitment both include lugs (28, 36) which interengage when the cap is moved into a closing position to pressurize the seal determined by an improved overriding ratchet arrangement. During removal of the cap, the outer member moves against a spring action for a predetermined arc before the inner closure assembly is moved to disengage the seal. When the seal is disengaged, the spring action takes up the relative motion. Once removed, the cap is retained by an improved tether (74) assembly. The outer member is connected to the inner annular assembly by an improved structural arrangement which allows the outer member to separate under crash impact.

Abstract: A closure is provided with a thread configuration adapted for snap-on or screw-on application to a container neck finish. Preferably the closure and neck finish contain eight or nine mating continuous or discontinuous threads for this purpose. The present invention preferably provides at least one annular sealing bead depending from the outer surface of the closure valve which are compressed against the inner surface of the container neck to form a seal as the closure is snapped onto the container neck. Optionally, sealing engagement between the closure and the mating portions of the exterior wall of the container neck may be further improved by including one or more annular sealing beads on the interior surface of the closure depending annular skirt.

Abstract: A lid for use on a cup having a radially outwardly projecting non-helical brim extending around a mouth thereof. The lid is formed of plastic and comprises a center portion, and a flexible skirt extending downwardly from an outer periphery of the center portion. The skirt includes a radially inwardly projecting annular restriction ring adapted to be positioned beneath the cup brim. The skirt includes a plurality of threads spaced apart circumferentially around the skirt. Each thread extends generally helically upwardly from a location disposed between the restriction ring and a bottom edge of the skirt. The threads intersect the restriction ring to form circumferentially spaced caesurae in the restriction ring.

Abstract: The invention provides container closure assemblies, especially for carbonated beverage containers, having substantially helical second thread segment (20) with a profiled lower thread surface (24). The profiled lower thread surface (24) includes a first, lower region (28) with a low pitch and a second region (30) with a steep pitch. The thread (20) may also include a step feature (32) to block unscrewing of the closure at an intermediate position where gas venting can take place, and a third region (34) of the said lower surface having a low pitch adjacent to the step. The closures are easy to apply and remove, and do not blow off unpredictably or uncontrollably under pressure.

Abstract: A container neck is used with a tamper-evident, snap-on, screw-off closure. The neck has a multiple of four first helical threads on a neck stretch portion, and at least one external ratchet tooth on a locking wall portion below the neck stretch. The closure has an upper skirt having second helical threads mating with the first helical thread of the neck and a lower skirt with at least one internal ratchet tooth shaped and positioned to engage the external ratchet tooth when the closure is applied to the neck. The teeth formed on the skirt interior and neck exterior are arranged to provide at least one circumferentially extending stretch of the tamper-evident band where the teeth are not engaged. A line of weakness extending vertically through the disengaged stretch of the tamper-evident band is ruptured when the closure is unscrewed from the neck. The number of helical threads is preferably eight and, in any event, a multiple of four.

Abstract: A combination container and closure provided with matching, engaging lugs or a ring on said closure and said container and an interior ring on said closure fitting within the opening on said container.

Abstract: This invention relates generally a cover member in combination with an open mouth container formed with a plurality of integral keeper channels and a cover member that includes a plurality of keeper members adapted to lockingly engage the keeper channels that are integrally formed in the collar of the container, whereby the configuration of the cover member and the matching configuration of the associated container are always secured in fixed alignment with each other when the cover is secured over the mouth of the container, whereby the container is readily adapted to be received and stacked in the receptacle of the preceding covered container in a stable vertical formation.

Abstract: A device for automatically locking or unlocking the pressure lid in electric pressure cookers is disclosed. In the above device, a drive gear which is fixed to the output shaft of a reversible motor gears into a spur gear of the lock ring. A contact protrusion which is provided on the peripheral edge of the lock ring selectively comes into contact with either lock or unlock sensing switches in accordance with a rotating motion of the lock ring, thereby turning on the switch and automatically locking or unlocking the inward protrusions of the lock ring relative to the outward protrusions of the pressure lid. The above device is thus convenient to the user. The device does not have any handle lever exposed outside the cooker, thus neither causing a difficulty in packing the cooker nor spoiling the appearance of the cooker.

Abstract: A twist-on/twist-off resealable assembly for a can-end, such as a metal can used in the beverage industry includes a first set of knuckles formed on the can body near its top opening. A plurality of cooperating fingers on the inside of the can lid engage the knuckles so that the lid is tightened by its progressive downward motion as the lid is rotated. The lid also includes a weakened or frangible portion for forming a straw opening. A second set of knuckles are located below the top set of knuckles for engagement by fingers extending from a pilfer-proof ring. The twist-off can lid may be made from the same metal as the can body or alternatively from a transparent plastic material or a combination of metal and plastic.

Abstract: A suction container usable to suction fluids from the surgical field in an operating room environment. The container has a rigid cover overlying a flexible body portion attached thereto, the cover including a pour spout having a tubular body portion, a segmented thread disposed on an inner wall as a tubular body, the thread having a plurality of spaced segments, each segment defining a ramp and a stop. A locking cap is provided for mounting on the pour spout, the locking cap having a complementary tubular body for insertion into the pour spout, with complementary spaced ramped locking elements disposed on an outer surface of the tubular body for engaging the thread segments in locking the cap on the pour spout in fluid-tight engagement.

Abstract: A blow molded plastic cap is provided, having multi-start external threads, the bottom rim of its body being engagable with multiple internal threads of a blow molded plastic container to effect a seal therewith. The interlocking of the threads compresses together the cap and the container forming a seal therewith provided by the side wall and the top wall of the cap in combination with the side wall and the top flange of the container.

Abstract: A container and closure assembly for storing fluids under pressure has cooperating screw threads on the neck of the container and the closure. Mutually engageable elements on the neck and closure block the rotation of the closure in the unscrewing direction beyond an intermediate position when the closure is under pressure. The neck of the container and the closure are constructed to provide a vent for releasing this pressure to allow the closure to be fully removed.

Abstract: A blow molded container has a cylindrical neck portion with novel seven circumferentially spaced continuous spiral thread configurations on its exterior to immediately receive and engage an improved tamper indicating flexible cap comprising a top with an annular depending wall on its peripheral edge and seven circumferentially spaced continuous spiral thread configurations on the inner surface of the annular depending wall. The novel constructions enable the tamper indicating flexible cap to immediately engage the lead-in ends of the seven circumferentially spaced thread patterns on the exterior of the neck of the container without the heretofore necessary rotation of the prior art caps in order to engage the single spiral thread configuration on the neck of the container.

Abstract: A blow molded container has a cylindrical neck portion with novel seven circumferentially spaced continuous spiral thread configurations on its exterior to immediately receive and engage an improved tamper indicating flexible cap comprising a top with an annular depending wall on its peripheral edge and seven circumferentially spaced continuous spiral thread configurations on the inner surface of the annular depending wall. The novel constructions enable the tamper indicating flexible cap to immediately engage the lead-in ends of the seven circumferentially spaced thread patterns on the exterior of the neck of the container without the heretofore necessary rotation of the prior art caps in order to engage the single spiral thread configuration on the neck of the container.