35 Sentences With "air bladder" | Random Sentence Generator

You can also inflate or deflate the air bladder as needed.

Air bladder and actuator to power the pneumatic silicone muscles, generator and connections for the electroactive polymers.

That air bladder remains deflated while you're sleeping so it doesn't feel like you're sleeping underneath an air mattress.

The secret is actually an inflatable air bladder lattice that's installed inside your duvet cover, on top of your actual duvet.

The SitTight puts your core to work by making you balance on an air bladder on the base of the chair.

The device is equipped with sensors that allow the prosthetic to anticipate its user's movements, and automatically adjusts the torque using an air bladder.

Built for a Czech TV show called Wonders of Nature, the air cannon requires a small army to pull back and prime its massive air bladder.

It's a two-person job: one washes Jillian while the other pumps the Ambu bag, a football-shaped air bladder connected to a mask that helps her breathe.

The team maintained a similar pressure-based air bladder system as the Harvard robot, but added a few pieces to the puzzle to develop a more sophisticated set of legs – along with some harder structural pieces.

Baker and his protégé, Rob Bottin, also incorporated air bladder effects for a werewolf transformation in The Howling, also released in 1981. Bottin again made use of air bladder effects for his work on The Thing (1982). Other films which employ bladder effects include The Beast Within (1982) and Uninvited (1987).

It is largest in those fish which lack an air bladder, and is situated in front of the oviducts and behind the rectum.

During the production of the 1973 film The Exorcist, make-up artist Dick Smith used trichloroethane, a liquid, to achieve the effect of welt-like letters being raised on a foam latex stomach. He went on to develop and refine air bladder effects for the 1980 film Altered States, which depicts lumps rippling beneath a character's skin. Smith continued to implement air bladder effects in other films, including Scanners (1981) and Spasms (1983). Rick Baker, who worked as Smith's assistant on The Exorcist, made use of air bladder effects in combination with other mechanisms when creating a werewolf transformation sequence used in An American Werewolf in London (1981).

The platen must have rounded edges and corners to prevent the vacuum from tearing the bag. When a curved part is to be glued in a vacuum bag, it is important that the pieces being glued be placed over a solidly built form, or have an air bladder placed under the form. This air bladder has access to "free air" outside the bag. It is used to create an equal pressure under the form, preventing it from being crushed.

The dispersal mechanism is called balloon mechanism. The space between the fruit and the covering calyx works as air bladder at early stages. The fruit is called 'bon-tepari' or simply 'tepari' in Bengali.

In its head are two hard, pale, white bones that keep balance when they swim, which is also used as a material for medicine. They can make noise by moving their air bladder in order not to scatter.

It mostly ate invertebrates, and had lungs, not an air bladder. These were more developed in Dipterus and are still seen in modern-day lungfish. The genus was established by Adam Sedgwick & Roderick Murchison in the year 1828.

The gill-flap on the cheek (preopercle) each has five sharp spines. It has a first dorsal and a second dorsal fin that are separated by a gap. The pectoral fins are particularly large. The fish lacks an air-bladder.

However, like an inflatable boat, the inflatable survival suit loses all protection properties if it is punctured and the gas leaks out. For this reason, the suit may consist of two or more bladders, so that if one fails, a backup air bladder is available.

Air shaft is a machine part or shaft which tightens the core or roll on filling air. Air Shafts are of two types: # Contains Inflatable Rubber tube inside also called Lug shafts. # Which contains bladder multiple outside also called Multi-tube Shaft . In Lugs type Air shaft, shaft consist of air bladder inside it.

The lung/swim bladder originated as an outgrowth of the gut, forming a gas-filled bladder above the digestive system. In its primitive form, the air bladder was open to the alimentary canal, a condition called physostome and still found in many fish. The primary function is not entirely certain. One consideration is buoyancy.

They can be found in the Ochlockonee River and waters east and in peninsular Florida in medium to large lowland streams, canals, and lakes with muddy or sandy bottoms near underwater vegetation. They are often found in medium to shallow waters. They use an air bladder to breathe air which helps them survive in poorly oxygenated water.

Locations with concave skin surfaces are in the armpit, behind the knees, the front and back of the crotch region, and along the spine. Inflatable air bladder structures or molded rigid expanded foam may be used, which fit into these cavity spaces to provide direct skin pressure where the suit material is unable to provide that contact directly.

There are several diagonal bars of darker colour on the upper body. These mostly run towards the rear of the body but one or two bars near the head slope the other way. The fins are a dark colour, tipped with white. Unlike most members of its family, the northern kingfish has no air bladder, so the fish does not make the "croaking" sound that is characteristic of the family.

What is different is that a steam jacketed mold with an air bladder in the center was used. Celluloid tubing was put in the mold and the end gate was closed. The rubber bladder expanded the celluloid to the side of the heated mold and printed the negative record in positive on the celluloid. The bladder was then deflated, and cold air was used to shrink the tubing so the celluloid print could be removed.

There is generally no sexual dimorphism exhibited between males and females and lifespan is typically from five to seven years. However, dimorphism does exist between juveniles and adults, with juveniles displaying a uniform, dark lateral stripe down the sides. Both sexes exhibit longitudinal scale rows, 4–18 dorsal fin rays, an air bladder with two chambers, dorsal fin base less than one-fourth standard length, and lateral line absent.Hubbs, C. L., R.J. Edwards and G.P. Garret. 1991.

An air bladder effect, or simply a bladder effect, is a special effect created for motion pictures. The effect employs plastic or latex balloons—known as "bladders"—which are concealed beneath the surface of foam latex or similar prosthetics. Attached to the bladders is a system of tubing that allows them to be inflated. When the bladders are inflated underneath the prosthetics (often skin prosthetics), it results in the prosthetics appearing to shift, bubble, swell, or pulsate.

The construction of an inflatable space habitat is determined by its design objectives. However common elements include interwoven layers of highly durable materials such as Kevlar and mylar around a flexible air bladder which is used to retain an atmosphere. The shape of the module is maintained by the pressure difference between the internal atmosphere and the outside vacuum. The inflatable Bigelow Aerospace modules have an internal core which provides structural support during its launch into orbit.

A practice goose is a small bag used when learning to play the Great Highland Bagpipe. Generally, bagpipe students begin learning on a practice chanter, which is aspirated directly by the player blowing into it. Eventually, as one becomes more proficient, one may switch to a practice goose, which is a small air bladder (significantly smaller than that of a full set of pipes) with only a blowpipe and a single outlet to the chanter. The goose may or may not come equipped with a chanter; if not, the player supplies their own chanter.

Species like Fucus vesiculosus produce numerous gas-filled pneumatocysts (air bladders) to increase buoyancy. In some brown algae, there is a single lamina or blade, while in others there may be many separate blades. Even in those species that initially produce a single blade, the structure may tear with rough currents or as part of maturation to form additional blades. These blades may be attached directly to the stipe, to a holdfast with no stipe present, or there may be an air bladder between the stipe and blade.

Weberian apparatus and air-bladder of a carp The Weberian apparatus is an anatomical structure that connects the swim bladder to the auditory system in fishes belonging to the superorder Ostariophysi. When it is fully developed in adult fish, the elements of the apparatus are sometimes collectively referred to as the Weberian ossicles. The presence of the structure is one of the most important and phylogenetically significant distinguishing characteristics of the Ostariophysi. The structure itself consists of a set of minute bones that originate from the first few vertebrae to develop in an embryonic ostariophysan.

The model of the Eohippus was supposed to have toes but appears to have regular hooves with 'toes' painted on (the sound effects of the animal moving also resemble hooves). The model of the Styracosaurus featured an inflatable air 'bladder' to simulate the animal breathing heavily after its combat with Gwangi (a feature first used in models made for much earlier films by Marcel Delgado). Some of the models used in the film were reused model armatures from earlier films. Gwangi, the Ornithomimus, and the Styracosaurus were all made from the Ceratosaurus, the Phorusrhacos and the Triceratops, who were stripped down and had their armatures modified for further use.

Also, Helonias bullata, a species of perennial herb native to the United States, evolved to utilize wind dispersal as the primary seed dispersal mechanism; however, limited wind in its habitat prevents the seeds to successfully disperse away from its parents, resulting in clusters of population. Reliance on wind dispersal is common among many weedy or ruderal species. Unusual mechanisms of wind dispersal include tumbleweeds, where the entire plant (except for the roots) is blown by the wind. Physalis fruits, when not fully ripe, may sometimes be dispersed by wind due to the space between the fruit and the covering calyx which acts as an air bladder.

In pressure fuzed landmines this is achieved by having the fuze react differently based on the duration of the pressure impulse. For example, a number of Italian landmines like the VS-1.6 use an air system, where air is forced through a small hole into an air bladder, the inflation of which rotates a locking collar and releases the striker into the detonator. The sudden impulse from impact or explosion does not have sufficient duration to inflate the bladder and rotate the locking collar, whereas steady pressure from a vehicle's wheel or track does. A second technique involves the use of tilt or pull, rather than downward pressure to trigger the mine.

The inflatable survival suit is a special type of survival suit, recently developed, which is similar in construction to an inflatable boat, but shaped to wrap around the arms and legs of the wearer. This type of suit is much more compact than a neoprene survival suit, and very easy to put on when deflated since it is just welded from plastic sheeting to form an air bladder. Once the inflatable survival suit has been put on and zipped shut, the wearer activates firing handles on compressed carbon dioxide cartridges, which punctures the cartridges and rapidly inflates the suit. This results in a highly buoyant, rigid shape that also offers very high thermal retention properties.

Potential benefits of the Tweel include not only the obvious safety and convenience of never having flat tires, but also, in automotive applications, the Tweel airless tire has the potential to be able to brake better – a significant performance compromise that is inherent to pneumatic tires. Unlike a pneumatic tire, a Tweel can be designed to have high lateral stiffness while simultaneously having low vertical stiffness. This can be achieved because, in the design elements of a Tweel, the vertical and lateral stiffness are not inseparably linked and can thus be optimized independently. Because there is no air bladder under the tread, tread patterns can, if desired, even incorporate water evacuation through holes in the design thus eliminating or significantly reducing hydroplaning.