145 results about "Squeeze bottle" patented technology

A liquid metered dispensing squeeze bottle includes: (a.) a squeezable container having an opening for dispensing liquid therefrom at one end and a bottom at the other end; (b.) a nonflexible trap chamber of a predetermined volume, connected to the opening of the container; (c.) a dip tube, and (d.) a one way valve at the bottom of the dip tube. In some embodiments, the one way valve system includes a generally inverted trapezoidal valve housing with tapered opposing sidewalls with an inlet orifice in each of said sidewalls, and an inverted trapezoidal valve having opposing slide valve ends, with a rest position when the bottle is upright wherein both inlet orifices are closed, a second position when the bottle is inverted 180 degrees wherein both inlet orifices are open to air, a third position when the bottle is upright and squeezed wherein at least one of the inlet orifices is open to air, and a fourth position when the bottle is rotated 90 degrees from upright wherein one of the inlet orifices is open to air and the other is closed.

An improved hydration system for runners that provides superior motion control and easy dispensing. Fluid is contained within a flexible bladder and pack, and attached to the waist. The pack is constructed of comfortable, elastic, and thermally-insulating fabric. When attached to the waist, tension in the fabric compresses the bladder against the user and dampens motion. Uniform distribution of fluid in the bladder contributes to motion control and is provided by a flexible plastic compression plate and snap elements that pinch the lower portion of the bladder. The snap elements can be disengaged to allow the bladder to be fully expanded for easy cleaning and drying. Fluid is dispensed from a small waist-mounted squeeze bottle that fills automatically from the bladder via fluid coupling elements. Check valves ensure that fluid flows unidirectionally from bladder to bottle to user, and prevent air infiltration into the squeeze bottle and bladder.

The present invention provides a topical composition for application to the perianal and / or labial areas of the skin which helps prevent viscoelastic fluids, such as menses and feces, from attaching to the skin and aids in the reducing the viscoelastic properties of the fluid so that the fluid can flow into absorbent articles. The composition contains at least one viscoelastant material and at least one an anti-adherent material. the composition may be applied with a wipe, including mitts and gloves, a solid stick composition, an aerosol dispenser, a pump spray, a trigger spray, a squeeze bottle, as a foam, as a cream, as an ointment, as a salve, as a gel, as a wash or as a lotion. In addition, absorbent articles, such as pads or pants, diapers and the like may also be used as a means to transfer the composition to the skin.

Shaped articles made with a partially crystalline, cycloolefin elastomer of norbornene and ethylene typically having at least one glass transition temperature (Tg) in the range of from −10° C. to 15° C. and a crystalline melting temperature in the range of from 60° C. to 125° C. and a % crystallinity by weight in the range of from 5% to 40%. The shaped articles may be in the form of medical tubing; a contact lens mold or component thereof; a container such as a bottle, a squeeze bottle or a squeeze tube; an eyedropper or eyedropper component; an elastomeric closure, optionally a pierceable elastomeric closure or the shaped article is selected from shrink film and / or shrink tubing.

A high performance squeeze bottle dispenser includes an internal product-containing bag which is in fluid communication with a dispensing nozzle. The dispensing nozzle is airtight to prevent air from escaping back into the bag when pressurization of the bottle is released. A one-way air valve in a wall of the bottle admits air into the interior of the bottle around the outside of the product bag to provide a pumping action which pressurizes the interior of the bottle to cause product expulsion through the nozzle. An inversion collar projects into the bag so that the bag folds inwardly upon itself and up into the collar as product is expelled. The collar may also include an upper inside dome-shaped surface which matches the shape of the inside of the bottom of the bag to achieve near-complete expulsion of product to reduce waste.

A package to facilitate the use of squeeze bottles and other dispensers, particularly in the food service industry. The invention is directed to, in particular, a combined bottle liner and food product which includes a liner pouch, a liner peripheral sealing area and a food product contained within the liner pouch. Preferably, the combined bottle liner and food product also includes a closure which is sealed to the sealing surface of the bottle liner. The product of the invention facilitates the use of squeeze bottles for products such as mayonnaise and other dressings in food service by permitting sale of a combined bottle liner and food product to the busy eating establishment. The eating establishment can simply insert the liner into the squeeze bottle or other dispenser and remove the closure. A closure is placed on the squeeze bottle and the squeeze bottle is then ready to dispense the product. Alternatively, the liner closure is not removed because the squeeze bottle closure is provided with a means for piercing the liner closure when the squeeze bottle closure is applied to the squeeze bottle. The invention also concerns the process of using the package in food service.

A personal squeeze bottle dispenser has a clamshell housing adapted to receive a squeeze bottle having a push / pull dispensing valve. A slide mechanism is received within the housing and has a collar at one end engaging the push / pull valve, and a spring at the other end to effect automatic return of the slide mechanism upon termination of a dispensing cycle. The spring biases the push / pull valve to the closed position. The clamshell housing is configured with an opening for a thumb pad of the slide mechanism to achieve opening of the push / pull valve and accommodating pressure upon the squeeze bottle. An opening on the backside of the housing, opposite the thumb pad, is also provided to allow the user's fingers to access the squeeze bottle for the application of dispensing force.

The present invention has an object to provide a delivery device that is capable of preventing a content liquid from flowing back and achieving aseptic delivery of liquid drop (dripping), and provide a delivery container, and an eye dropper that can eliminate or reduce the use of an antiseptic agent and achieve smooth delivery of the liquid. The delivery device 10 of the present invention comprises the outlet portion 11 of a substantially bottomed tubular shape having the outlet orifice 12, the valve element support portion 13 of substantially cylindrical shape that is secured in the outlet portion 11 with a distal end 13a thereof exposed through the outlet orifice 12 to the outside of the outlet portion 11, and a valve element 14 that is secured in the outlet portion 11 with a distal end 14a thereof exposed through the outlet orifice 12 to the outside of the outlet portion 11. The distal end 14a of the valve element makes contact with the valve element support portion 13 so as to close the outlet orifice 12 when there is no liquid pressure applied to the distal end portion from the upstream U, and deforms so as to form a flow passage between the distal end portion and the valve element support portion 13 when subjected to liquid pressure applied from the upstream U. The delivery container 30 of the present invention has the delivery device 10 installed at the mouth 31a of the squeeze bottle 31.

This invention is a squeeze bottle that forces all of the liquid to be dispensed at the top of the bottle. The invention also prohibits air from contacting the liquid to be dispensed. This bottle is composed of the following: A top cap has a nozzle with a one-way valve allowing liquid to leave the container. A bottom cap employs a one-way valve that allows air to enter an airbag. The caps attach to the body of the squeeze bottle. The liquid is in a bag that is referred to as the first chamber. This first chamber is airtight with the only egress for the liquid being through the top one-way valve. The bottom chamber is an airbag distinct from the liquid bag. This second bag forms a distinct second chamber that is also airtight. The second chamber communicates exclusively to the outside air, only allowing air in through the one-way valve at the bottom. The arrangements of the bottle and the two bags create a third chamber, called the vacuum chamber, which is also airtight and which communicates with no other chamber and also does not communicate with the outside air. Different embodiments of this invention employ different means in order to achieve three separate chambers.

An ocular positioning device threadably attached to a standard soft sided squeeze bottle of ophthalmic fluid. The device consists of two parts, an attaching mechanism and a sealing mechanism, connected by a hinge with motion limited to ninety degrees of arc. The sealing mechanism is fitted with a nose bridge saddle designed to rest on the bridge of the users nose and to align the discharge nozzle with the central portion of the ocular opening of either of the users eyes when the attaching hinge is in the fully open position. The sealing mechanism is also fitted with a manually operated latch to maintain the sealing mechanism in the closed and sealed condition to prevent leakage when not in use.

A bottle cap including a cover having a front end defining a pair of substantially parallel flanges extending generally perpendicularly from the cover, a deformable panel extending between the flanges, and an opposed rear end defining a pair of body-engaging hinges extending from a portion thereof. The cap includes a body having a top portion defining an outwardly projecting spout at one end and an inwardly projecting cavity at another end that may pivotally receive the body-engaging hinges for rotating the cover about an x-axis relative the body when attached thereto. Pressure applied to the flanges causes the panel to resiliently deform and disengage from the body allowing the cover to transition from a closed position mating the front end of the cover with the top portion of the body for providing a fluid-tight seal therebetween, and an open position retaining the rear end of the cover against the body.

A portable travel mug and water bowl combination which is used to retain water and dispense water for a dog, to consume and thereafter enable the unconsumed water to be returned to the travel mug. The travel mug is designed to fit into and be retained in a standard car beverage container holder. The combination water retainer and water drinking bowl includes a drinking bowl top which is removably affixed to the water retaining vessel. The water retaining vessel is a plastic squeeze bottle retained in an outer shell which has a pair of oppositely disposed cutout sections by which the squeeze bottle can be squeezed by fingers to cause water to flow through a straw and out of the neck of the bottle and into the water bowl.

The present invention provides a topical composition for application to the perianal and / or labial areas of the skin which helps prevent viscoelastic fluids, such as menses and feces, from attaching to the skin and aids in the reducing the viscoelastic properties of the fluid so that the fluid can flow into absorbent articles. The composition contains at least one viscoelastant material and at least one an anti-adherent material. the composition may be applied with a wipe, including mitts and gloves, a solid stick composition, an aerosol dispenser, a pump spray, a trigger spray, a squeeze bottle, as a foam, as a cream, as an ointment, as a salve, as a gel, as a wash or as a lotion. In addition, absorbent articles, such as pads or pants, diapers and the like may also be used as a means to transfer the composition to the skin.

A liquid metered dispensing squeeze bottle includes: (a.) a squeezable container having an opening for dispensing liquid therefrom at one end and a bottom at the other end; (b.) a nonflexible trap chamber of a predetermined volume, connected to the opening of the container; (c.) a dip tube, and (d.) a one way valve at the bottom of the dip tube. There is an inlet leg that freely rotates around the bottom of the dip tube and a drive mechanism, such as a counterweight or a float, to assure that the leg extends into an air pocket when the container is tilted for liquid squeeze dispensing.

A flexible squeeze bottle for containing and dispensing a viscous liquid has a dispenser pump device at one end of the bottle. The pump device consists of a cap, a plunger operator, a hollow tube and a pump rod. The hollow tube is disposed within the flexible bottle for pumping the viscous liquid within the bottle though an outlet opening in the plunger operator for selectively dispensing the viscous liquid therefrom. Another dispensing device, provided at an opposite end of the bottle, includes a closed and sealed opening. The closed and sealed opening is manually openable and closable by the user for selectively dispensing the viscous liquid within the squeeze bottle therefrom.

A controlled drop dispensing tip for a squeeze bottle includes a nozzle assembly having a needle with a lumen therethrough for flow of liquid formulation and an orifice in fluid communication with a lumen. A shroud is provided and disposed about the needle in order to prevent inadvertent contact of the needle with a users eye. The shroud may partially surround the needle and include an open end with a circumferential opening enabling passage of droplets therepast.

A squeeze bottle having a container and a cap for containing and dispensing a viscous liquid such as a food condiment or sauce. The container is constructed of a transparent flexible plastic material including a container colorant. The cap is positioned on the container. The cap is constructed of a rigid plastic material including a cap colorant matching the container colorant. The cap includes a tip to allow flow of the viscous liquid from the container through the cap.

Splash shield systems for use with wide mouth irrigation squeeze bottles and other irrigation fluid sources.

An ergonomically-designed multi-chamber and multi-nozzle squeeze bottle comprising a plurality of separable and cooperatively-engageable chambers, wherein each chamber comprises a main reservoir portion in fluid communication with a tapered and elongated spout portion or feed neck that extends angularly and downwardly therefrom. The terminal end of each feed neck comprises a dedicated nozzle or lid associated therewith, whereupon cooperative-engagement of each chamber portion provides the multi-chamber and multi-nozzle squeeze bottle of the present invention. The present bottle is structurally configured to displace the weight of the sauce / condiment-filled bottle over the user's hand so as to alleviate hand strain and fatigue during use, and to enable equal distribution of hand and finger pressure over the bottle, such that all separate chambers thereof equally receive the requisite compressive force for delivery of smooth, even and controlled lines of dispensed sauces, condiments, liquids, and / or the like.

A package to facilitate the use of squeeze bottles and other dispensers, particularly in the food service industry. The invention is directed to, in particular, a combined bottle liner and food product which includes a liner pouch, a liner peripheral sealing area and a food product contained within the liner pouch. Preferably, the combined bottle liner and food product also includes a closure which is sealed to the sealing surface of the bottle liner. The product of the invention facilitates the use of squeeze bottles for products such as mayonnaise and other dressings in food service by permitting sale of a combined bottle liner and food product to the busy eating establishment. The eating establishment can simply insert the liner into the squeeze bottle or other dispenser and remove the closure. A closure is placed on the squeeze bottle and the squeeze bottle is then ready to dispense the product. Alternatively, the liner closure is not removed because the squeeze bottle closure is provided with a means for piercing the liner closure when the squeeze bottle closure is applied to the squeeze bottle. The invention also concerns the process of using the package in food service.

A high flow volume nasal irrigation device includes a squeeze bottle, a reservoir of liquid and a volume of air. The bottle is configured to elastically deform in response to a manual pressure from a user and thus pressurize the liquid and air. The device also includes a dip tube configured to convey a pressurized liquid flow from a first end inside the bottle to a second outside end at a lower pressure. A removable nipple cap comprises an orifice and a coaxially aligned extension configured to seal with the dip tube and to form a conduit with the tube. At least one air metering orifice is formed in the fluid conduit accessible to the to volume of air. The air metering orifice is configured to introduce a plurality of air pockets from the air volume into the liquid flow and thus generate a pulsatile fluid flow in the conduit.

A container system includes a squeeze bottle of a specific volume having a neck with an open end and a medicament disposed within the bottle. A tip is provided which is insertable into the open end of the squeezable bottle and includes an internal tapered nozzle with the nozzle having increased diameter toward a tip opening. A cap is provided for removable attachment to the bottleneck for sealing the tip opening and a shoulder formed in the bottle proximate the neck and disposed at an angle is provided in order to enhance bubbless flow of the medicament to the nozzle and facilitate tamper proof sealing of the cap.

A dispenser used when attached to an opening of a squeeze bottle to discharge a content liquid when inverted. The dispenser has a first channel to discharge a straight forward-moving liquid and a second channel to discharge a foaming liquid. The first channel has a first through channel connecting a first inlet for the content liquid to a first outlet. The second channel has a conduit that has an opening at an inner bottom of the bottle, extends to a foaming chamber, serves as an air supply channel, and has an inner diameter; the foaming chamber is connected to the conduit and mixes the content liquid with air to foam the content liquid; and a second through channel connecting the foaming chamber to a second outlet.