41 results about "Air pouch" patented technology

A foldable air insulating sleeve for insulating beverage and food containers is herein provided. More particularly, the foldable air insulating sleeve secures a cup in a manner that leaves a pocket of air surrounding the cup. This provides for improved temperature regulation and sufficient thermal insulation to assist the user in firmly grasping and handling the cup despite excess heat or condensation caused by the temperature of the cup's contents. Because the bases of most disposable cups are narrower than their respective rims, more air and thus greater insulation is found towards the bottom of cups secured by foldable air insulating sleeves. The wider base also gives such cups more stability. Support rings may be placed medially in on the inside of the sleeve to strengthen the sleeve and prevent it from collapsing when held by a user. The sleeve may also be short so as to insulate a medial portion of a cup. Printable material can also be affixed on the foldable air insulating sleeve's outer surface for advertising or other purposes. Some embodiments of the foldable air insulating sleeve include a lid to further improve thermal insulation.

An air cushion with selectively deflated chambers has a base, multiple air pouches, multiple attachment devices, at least two air tubes, an air pump and a cover sheet. The air pouches are mounted on the base, and each air pouch has an inner space and multiple compression straps. The inner space is divided into multiple chambers that communicate with each other. Each compression strap keeps a selected chamber of the air pouches from inflating. The attachment devices are mounted on the base to attach the air pouches to the base. The at least two air tubes connect to the air pouches and communicates with the inner spaces of the air pouches. The air pump connects to and pumps air through the air tubes into the air pouches. Any one of the chambers can be kept from inflating if the chamber contacts injured skin of a patient.

An air-bag is disclosed which has a vent hole formed therein. The periphery of the vent hole has first and second opposed part, wherein a tuck is formed in the air-bag. The tuck is formed in the region of the first part of the vent hole periphery such that the second part of the vent hole periphery extends past the first part in a direction extending substantially outwards from the interior volume of the air-bag, when the air-bag is inflated.

An air bag (150) being inflated and deflated as air comes in and out is included. The air bag (150) is formed of a flexible sheet material. The air bag (150) has at least an inner circumferential sheet (162) positioned inside when a blood pressure monitor cuff is wrapped around a living body, and an outer circumferential sheet (161) positioned on the outer circumferential side of the inner circumferential sheet (162). The sheet material forming the air bag (150) has a thickness of 0.15 mm or less. Therefore, big deep wrinkles appearing on the inner surface of the fluid bag fitted on a living body can be reduced, which may otherwise give an adverse effect on blood pressure measurement.

The flexible bag includes overlaying first and second sidewalls that provide an internal volume that can be accessed via an opening. To evacuate air from the internal volume after the open top edge has been closed, the bag includes a one-way valve element attached to the first sidewall. The bag is configured to prevent objects from clogging the valve element during evacuation. In one embodiment, the bag may include a plurality of ridges formed along the inner surface of at least one sidewall that can maintain separation of the sidewalls and contents from the valve element. In another aspect, the valve element is beneficially located at a top corner of the bag where the valve element is spaced apart from those locations in the bag where contents are likely to collect.

An adjustable vehicle pet platform assembly and method of use prevents inadvertent or intentional activation of an air bag sensor incorporated in a seat portion of a vehicle seat by supporting the pet on a platform body. The platform body extends and retracts longitudinally to accommodate variously sized pets. The platform body is suspended in a spaced-apart disposition from the seat portion. A length and angle-adjustable front leg support elevates the platform body above the seat portion from the floor surface of vehicle. An angle-adjustable rear leg support supports the platform body from the rear portion of the seat.

A mask for preventing inhalation of pollutants according to the present invention comprises: a mask main body which covers a user's face and forms a breathing space between the inner surface and the user's face; an air pocket which is installed at one side of the breathing space and in which air, which has passed through the mask main body from the outside, is filled; and an air-guide member which, during inhalation, supplies the air inside the air pocket to the breathing space, and, during exhalation, is operated so as to externally discharge the air inside the breathing space.

The present disclosure provides an inflatable shock-absorbing sole structure, which includes a sole and at least one convex arranged on the sole, an airbag room is formed in the convex, and an airbag is arranged in the airbag room, the airbag room and the airbag are stretchable and compressible. The shock-absorbing sole structure further includes a built-in air-charging device, when the airbag needs to be inflated, the air-charging device can inflate it. The present disclosure provides a shock-absorbing sole structure, the airbag room and the airbag form a shock absorption system in the sole structure, which endows the sole structure a better shock absorption effect. Further, by mounting a built-in air-charging device in the sole structure, when the air bag needs to be inflated, the built-in air-charging device can inflate it.

Provided are a pulse wave detection device and biological information measurement device which make it possible to flexibly change the state of pressing against a body surface by a sensor unit used bybeing pressed against the body surface, and to improve the accuracy of pulse wave detection. A biological information measurement device is provided with: a sensor unit 6 having element rows 60, 70,which are composed of a plurality of pressure detection elements lined up in a direction B, and which are arrayed in a direction A; an air bag 2 for pressing the sensor unit 6 against a body surface of a body in a state where the direction B intersects with a direction in which arteries under the body surface extend; a rotation mechanism 5 for causing the sensor unit 6 to rotate about a first axisX extending in the direction B; and a rotational drive unit 10 for driving the rotation mechanism 5. The rotation mechanism 5, the air bag 2, and the sensor unit 6 are arrayed in the stated order inthe direction of pressing by the air bag 2.

The invention discloses an anti-shaking take-out box based on an air expansion principle and a using method thereof. The box includes a meal delivery box, a box cover is fixedly mounted at the top ofthe meal delivery box through a hinge; grooves are formed in the middles of the two sides of the top of the meal delivery box; pipeline holes are formed in the bottom of the inner wall of the groove at equal intervals; air bags are bonded to the front face and the back face of the meal delivery box at equal intervals through mucilage glue. A pressure plate is fixedly mounted on the right side of the meal delivery box through a fixing bolt; layering plates are fixedly mounted on the right side of the inner wall of the meal delivery box at equal intervals through hinges. According to the anti-shaking take-out box based on the air expansion principle, the take-out box is extruded and fixed by blowing air into the air bag and the inflatable bag to expand the air bag and the inflatable bag. Balloon expansion deformation is mainly utilized, deformation can be generated in a self-adaptive mode according to the shape of an obstacle, meal boxes of different sizes and shapes can be positioned and fixed in a moving space, and dishes are prevented from leaking due to shaking.

A structure of arranging an vehicle occupant protecting apparatus for an automotive vehicle, which can prevent a pillar garnish from scattering when an air bag installed in a front pillar portion is expanded, is provided. An air bag 16 is housed within a space formed by a front pillar main body 38 and a pillar garnish 40 in a front pillar portion 20. When the air bag 16 expands, the pillar garnish 40 is pressed by an expanding pressure of the air bag 16, so that an opening for expanding the air bag 16 is formed between the front pillar main body 38 and the pillar garnish 40, and the air bag 16 expands into a vehicle cabin through the opening. since a non-expanding portion is formed at the air bag 16 and a hinge portion 46 is formed at the pillar garnish 40, the expanding pressure applied to the pillar garnish 40 when the air bag 16 expand is low, so that the pillar garnish 40 can be easily opened through the hinge portion 46.

The present invention provides a leakage proof, water saving flushing device for effectively managing water resources through an interlocking mechanical assembly. The said interlocking mechanical assembly is made up from a water channel gate arm having a distal end and a gate end, and a floating air pocket arm having a floating air pocket end and a distal end. Wherein, the distal end of the said floating air pocket arm is placed perpendicularly against the said distal end of the said water channel gate arm and provides an interlocking mechanism. The said interlocking mechanical assembly also comprises an operating element adapted for providing a push force to an elongated connecting arm, wherein the said elongated connecting arm provides a push force to unlock the said interlocking mechanical assembly.

The present invention provides a pulse wave detection device capable of improving the detection accuracy of a pulse wave, and a biological information measuring device including the pulse wave detection device. The pulse wave detection unit (100) includes: a sensor unit (6), an element row (60, 70) is formed by a plurality of pressure detection elements arranged along the direction (B), and the two element rows (60, 70) are along The direction (A) perpendicular to the direction (B) is arranged; and the air bag (2) presses the sensor part ( 6). The arrangement interval (distance L1) of the two element rows (60, 70) in the direction (A) is not less than 5 mm and not more than 15 mm.

The application provides an electronic sphygmomanometer measurement method, device and electronic sphygmomanometer. The method includes: detecting the pressure value in the air bag, collecting the sequence of air pressure values ​​in the air bag in real time; extracting the air pressure pulsation according to the sequence of collected air pressure values Sequence and basic air pressure sequence; traverse the air pressure pulsation in the air pressure pulsation sequence sequentially according to the generation time order, judge whether the air pressure pulsation traversed each time is abnormal, if so, add 1 to the counting result of the control counter, and judge the counting of the counter Whether the result reaches the interrupt threshold, if reached, control the alarm device to output an alarm signal and control the electronic sphygmomanometer to interrupt the measurement, if not reached, traverse the next air pressure pulse in the air pressure pulse sequence according to the generation time sequence, and improve the measurement result accuracy.

The vehicular seat device is provided with: a reproduction control unit (60a) configured so as to inflate an air bladder disposed in a seat on the basis of an internal pressure target value; an occupant detection unit (60b) configured so as to detect a seated state, that is, a state in which an occupant is seated on the seat; a body size detection unit (60c) configured so as to detect the size ofthe occupant; and a correction amount calculation unit (60d) configured so as to calculate, on the basis of the size of the occupant, a correction amount (alpha) to be used for correcting the internalpressure target value for a non-seated state, that is, a state in which no occupant is seated on the seat.