A dispensing device includes a container retaining a dispensable material, which prevents the material from breaking prior to being dispensed or over-dispensing material by including a mechanism to slow the dispensation of the material, and also aids in breaking the material subsequent to the material exiting the container. The container has a faceplate with at least three members forming a substantially triangular aperture through which the dispensable material is fed. The three members include a pair of opposing flanges forming the triangular aperture therebetween. The pair of opposing flanges further form a substantially linear slot therebetween and contiguous with the triangular aperture, with the dispensable material further fed through the slot. Each of the pair of opposing flanges has a curved surface forming a side of the triangular aperture.

A canning system for a jar is described. The system includes a plunger configured to translate through a neck of the jar. A seal is in communication with the plunger and configured to flex its shape so as to conform to the size of the jar as it passes through the neck. The seal extending beyond the periphery of the plunger. A rod is configured to engage the plunger and selectively locate the position of the plunger within the jar. An optional cap may be used to assist in locating the plunger in the jar prior to sealing the jar with a lid.

A canning system for a jar is described. The system includes a plunger configured to translate through a neck of the jar. A seal is in communication with the plunger and configured to flex its shape so as to conform to the size of the jar as it passes through the neck. The seal extending beyond the periphery of the plunger. A rod is configured to engage the plunger and selectively locate the position of the plunger within the jar. An optional cap may be used to assist in locating the plunger in the jar prior to sealing the jar with a lid.

A system for releasing a contained volume of gas. The system has a base with a pressure-release vent positioned within a flex region and a seal to disengagably seal the pressure-release vent. The seal has a gas vent path that extends from the pressure-release vent. The contained volume of gas passes through the gas vent path to apply force against the flex region and disengage the seal from the pressure-release vent, allowing the gas to exit through the pressure-release vent.

A system for releasing a contained volume of gas. The system has a base with a pressure-release vent positioned within a flex region and a seal to disengagably seal the pressure-release vent. The seal has a gas vent path that extends from the pressure-release vent. The contained volume of gas passes through the gas vent path to apply force against the flex region and disengage the seal from the pressure-release vent, allowing the gas to exit through the pressure-release vent.

The fastener container in the present invention includes a lid and a receptacle base as main components combined together. Said lid has a first section and a second section which are connected by a hinge. This invention used the first prominent portion with flexible cushioning effect and the pressing member of the first prominent portion of the first section, and the blocking member and the third recess of the second prominent portion of the second section to reduce the wear and tear between the pressing member and the blocking member, it also can prevent the pressing member from squeezing the blocking member for a long time to result in a problem that the pressing member and the blocking member are deformed and the first section can not be held in the open position, so that the service life of the lid can be extended and the user can easily open or close the first section of the lid to take or place screws or other items.

The fastener container in the present invention includes a lid and a receptacle base as main components combined together. Said lid has a first section and a second section which are connected by a hinge. This invention used the first prominent portion with flexible cushioning effect and the pressing member of the first prominent portion of the first section, and the blocking member and the third recess of the second prominent portion of the second section to reduce the wear and tear between the pressing member and the blocking member, it also can prevent the pressing member from squeezing the blocking member for a long time to result in a problem that the pressing member and the blocking member are deformed and the first section can not be held in the open position, so that the service life of the lid can be extended and the user can easily open or close the first section of the lid to take or place screws or other items.

The invention concerns a secure device for dispensing unit doses (Mi) of an active substance in a solid dosage form. Such a device comprises means to prevent refilling of the chamber containing the unit doses. It may further accommodate a processing unit and means of communication with the outside world. Such a device is particularly effective when it comes to combating the counterfeiting of medicines. It may further be used to detect patients' non-adherence during a clinical trial or the non-adherence of a patients suffering from chronic diseases.

The invention concerns a secure device for dispensing unit doses (Mi) of an active substance in a solid dosage form. Such a device comprises means to prevent refilling of the chamber containing the unit doses. It may further accommodate a processing unit and means of communication with the outside world. Such a device is particularly effective when it comes to combating the counterfeiting of medicines. It may further be used to detect patients' non-adherence during a clinical trial or the non-adherence of a patients suffering from chronic diseases.

A system for releasing a contained volume of gas. The system has a base with a pressure-release vent positioned within a flex region and a seal to disengagably seal the pressure-release vent. The seal has a gas vent path that extends from the pressure-release vent. The contained volume of gas passes through the gas vent path to apply force against the flex region and disengage the seal from the pressure-release vent, allowing the gas to exit through the pressure-release vent.