A cartridge for a fluid distributer, including a cartridge housing, the bottom wall being arranged at an angle to the front wall less than 90 degrees; a fluid-containing package including a bag containing a fluid product in an interior of the bag. A fluid distributor including: a distributor housing including a door covering a portion of a front side of the housing, the front wall or the door including a window; a receiving surface extending rearward and upward from the front wall, the housing forming a cartridge receiving recess, a front surface of the cartridge being visible through the window when installed therein, the front wall and the receiving surface being configured to match a form of the cartridge; an operating member operatively connected to a pressure member configured to apply pressure to the dispensing tube upon rotation of the operating member when the cartridge is installed in the distributor.

Provided herein are devices, systems, and methods for precise secretion of a semi-solid product from a product tube, which employ a visual indication corresponding to a secreted volume of the semi-solid product.

Provided herein are devices, systems, and methods for precise secretion of a semi-solid product from a product tube, which employ a visual indication corresponding to a secreted volume of the semi-solid product.

A combined toothpaste tube and additional item (e.g., a medicine package) holder includes a body having a base and first and second walls extending upwards, in parallel, from the base forming a slot in communication with a channel. Top edges of the walls flare outwards away from each other to form resilient, convex tube compression members that face each other within the slot. A key having a handle and a shaft is provided within the channel to wind a bottom end of a collapsible tube of toothpaste disposed between the compression members within the slot. As the handle of the key is rotated, the bottom end of the tube is wound onto the shaft allowing the compression members to engage the outer surface of the tube to dispense toothpaste from the top opening of the tube. At least one spring clip is attached to the base of the holder for retaining and displaying an item, such as a medicine package.

A transport system for hauling non-hazardous bulk liquids via dry van with a trailer that contains two or more deflatable, flexible bladder tanks that are pressure tested and welded to the trailer bed of the dry van. The bed is pre-lined to avoid puncture. Upon delivery to its destination, the flexible, deflatable bladder tanks are drained completely and deflated, ready for re-use.

An apparatus configured for displacing fluid from a fluid container comprises first and second actuators configured to be movable together until the first actuator compresses a first part of the fluid container and then moveable independently until the second actuator compresses a second part of the fluid container. Fluid containers comprise a first vessel, a second vessel, and a sealing partition preventing fluid flow from the second vessel and further include a piercing point for piercing the sealing partition to permit fluid flow from the second vessel. A fluid container comprises a vessel configured to be collapsed to displace fluid from the vessel, a housing surrounding at least a portion of the vessel, and a floating compression plate movably disposed within the housing and configured to permit an external actuator to press the compression plate into the vessel to collapse the vessel and displace the fluid contents therefrom.

An apparatus configured for displacing fluid from a fluid container comprises first and second actuators configured to be movable together until the first actuator compresses a first part of the fluid container and then moveable independently until the second actuator compresses a second part of the fluid container. Fluid containers comprise a first vessel, a second vessel, and a sealing partition preventing fluid flow from the second vessel and further include a piercing point for piercing the sealing partition to permit fluid flow from the second vessel. A fluid container comprises a vessel configured to be collapsed to displace fluid from the vessel, a housing surrounding at least a portion of the vessel, and a floating compression plate movably disposed within the housing and configured to permit an external actuator to press the compression plate into the vessel to collapse the vessel and displace the fluid contents therefrom.

A tube squeezing device. The tube squeezing device includes a body with a first member, a second member, an elastic material, a collar, and a fastener. An elastic material runs along the length of sides of each member and connects the first member to the second member. The collar connects the top end of the first member to the top end of the second member. The collar has an aperture sized to receive a neck of a container therethrough. The fastener on the bottom ends of the first and second members selectively secures the bottom ends together. In various embodiments, pins are pivotally attached to the bottom of the members and travel in grooves to selectively keep the device in an open or closed configuration. The tube squeezing device is utilized to receive a tube of material and enable a user to squeeze out the material.

A tube squeezing device. The tube squeezing device includes a body with a first member, a second member, an elastic material, a collar, and a fastener. An elastic material runs along the length of sides of each member and connects the first member to the second member. The collar connects the top end of the first member to the top end of the second member. The collar has an aperture sized to receive a neck of a container therethrough. The fastener on the bottom ends of the first and second members selectively secures the bottom ends together. In various embodiments, pins are pivotally attached to the bottom of the members and travel in grooves to selectively keep the device in an open or closed configuration. The tube squeezing device is utilized to receive a tube of material and enable a user to squeeze out the material.

A pasty food dispensing and dosing device for pasty food products packed in sachets. The device does not require a power source and can be used in a hygienic way, since the product does not contact any part of the device. Thus, beneficial, practical, safe and functional results are attained. The device comprises a base, a cap connected to a lock, and a trigger lever that activates a system that secures and controls the opening of a dispensing nozzle of the sachet so that the nozzle opens and the product is dispensed. When returned to an initial position, the system stretches the dispensing nozzle to prevent the product from exiting. The dosage of the product is regulated by a dosing system that triggers two spindles with helical grooves located inside the base to rotate through orifices of a piston, which displaces the piston and compresses the sachet.