Abstract:
The present invention concerns a device (1) for dispensing a fluid (L), suited to be coupled with a container (C) holding said fluid (L). The device (1) comprises a collapsible chamber (6) suited to draw, contain and dispense an amount of said fluid (L) and at least partially delimited by a deformable membrane (10) suited to be squeezed to dispense at least one portion of said amount from the collapsible chamber (6). The device (1) comprises locking means (50, 52, 56) suited to maintain the deformable membrane (10) in a fixed squeezed position and release means (80, 84a, 84b, 86a, 86b) suited to release the deformable membrane (10) from the fixed squeezed position.
Abstract:
A device for dispensing a dental material comprises a container for containing the material and an outlet which is closed by a closure. A breakable seal is arranged between the closure and the container. The device further is operable between a storage position in which the outlet is closed and an operational position in which the outlet is open. An initial operation toward the operational position causes the seal to break, whereby the closure is captured in the device. The device may provide a relatively long shelf life for the material, and may facilitate preparation of the material for use.
Abstract:
An aerosol actuator including a director capable of extending an outlet of the aerosol actuator away from the aerosol actuator and which may be configured to include a multi-function nozzle for selecting a dispersing pattern.
Abstract:
A capsule for storing and dispensing dental material. The capsule comprises a cartridge for the dental material, and a nozzle. The nozzle being pivotable with respect to the cartridge between a first position in which the capsule is closed for storage and a second position in which the capsule is opened for dispensing the dental material. One of the nozzle and the cartridge comprises a bearing member and the other one of the nozzle and the cartridge comprises a bearing shell, wherein the bearing member and bearing shell form a pivot. Upon pivoting the nozzle from the first to the second position, the seal between the bearing member and the bearing shell is improved.
Abstract:
A dispensing cap and a container having a dispensing cap are provided in which the dispensing cap includes first and second parts designed for mounting onto a container. The dispensing cap includes: (a) a first part fitted with an interior output orifice suitable for allowing selective communication with the container interior; and (b) a second part through a conduit extends and which opens at a dispensing outlet. The second part is arranged so that it can rotate on axis Y, which is aligned obliquely to an axis X of the container, in such a way as to move from a closed position at which the second part will seal off the interior output orifice to a dispensing position in which the interior output orifice will communicate with the dispensing outlet by way of the conduit. In addition, the dispensing cap is configured in such a way as to activate a dispensing member provided on the container.
Abstract:
A flexible dispensing apparatus for coupling to pressurized fluid containers is described. it includes a flexible tube and a handle assembly. The handle assembly houses a second end of the tube. The handle assembly has a first side connected to a second side, a slide trigger, a roller coupled to the bottom of the slide trigger with a dowel pin, a spray nozzle assembly, a magnet reservoir, and a magnet. The first side has an inclined ramp that runs along a length of the first side and extends into the second side above and beyond a seam that is formed by the connection of the two sides. The tube is within a channel in the handle assembly formed between the inclined ramp and the roller. When the roller is rolled toward the end of the ramp it pinches the flexible tube near the top of the inclined ramp.
Abstract:
A multi-functional fluid dispensing system and method for dispensing fluid which provides an end-user the ability to control the fluid flow dispensed from the container while, in some embodiments, providing illumination of a target area to which the fluids are desired.
Abstract:
A pump dispenser is arranged for dispensing solidous material under a manually-developed pressure, with the dispenser being capable of pumping and mechanically agitating the solidous material in a storage container. The resultant dispensed solidous fluid is provided with more consistent suspended solid concentrations with greater solid particle distribution homogeneity.
Abstract:
An atomizer having an auxiliary dispenser is provided. The atomizer is coupled to a container filled with a liquid. The auxiliary dispenser is designed according to a preferred dispensing manner of the liquid so that the liquid is more efficiently appropriately dispensed. The auxiliary dispenser includes a connecting member disposed on an atomizer body, and a dispensing unit having a coupling portion for coupling with the connecting member. The liquid is released from the connecting member. The dispensing unit receives and further dispenses the liquid.A manufacturing method of the atomizer is further provided. A second outlet is disposed on the atomizer body, and the connecting member is configured at the second outlet. A series of different dispensing units are manufactured according to the types and preferred dispensing manners of different liquids, and each dispensing unit includes a coupling portion for coupling to the connecting member.
Abstract:
A syringe (1) for dispensing a multi-component material comprises: a syringe cartridge (3) having a first end and a second end, and respective compartments (5, 7) for components of the multi-component material; a static mixer (9) connected to the first end of the cartridge, the mixer having a dispensing outlet (11); and a plunger assembly (13) that is movable into the syringe cartridge at the second end to dispense material from the first end. The connection (21) between the static mixer (9) and the first end of the syringe cartridge (3) comprises a flow-directing mechanism having a venting position in which the cartridge compartments (5, 7) are cut off from the static mixer and are in communication independently with respective venting outlets, and a dispensing position in which the cartridge compartments are in communication with the static mixer and are cut off from the venting outlets. The syringe cartridge (3) is formed, at one end, with entry ports (16, 18) through which components of the multi-component material can be loaded into the compartments from a supply cartridge (40, FIG. 5). The entry ports (16, 18) have upstanding collars (49, 51, FIG. 5) for sealing to respective outlets (47, FIG. 5) of the supply cartridge (40), at least a portion of each upstanding collar being formed to be located inside the respective outlet of the supply cartridge, whereby material is removed from within the outlets when the syringe is removed from the supply cartridge.