107results about How to "Maximize comfort" patented technology

Provided is a smart garment for measuring a physiological signal which can improve comfort and convenience of wear and correctly measure a physiological signal. The smart garment for measuring physiological signals includes an electrode which is made of an electro-conductive fabric and detects a physiological signal, a physiological signal transmission line through which the detected physiological signal is transmitted, a physiological signal measuring unit which is connected to the transmission line, receives the physiological signal, and measures information regarding body conditions related to the physiological signal, and a pocket where the physiological signal measuring unit in inserted.

A ventilated vehicle seat includes a porous upper surface layer, a resinous film non-porous first layer, a non-porous second layer, and a spacer layer. The resinous film non-porous first layer is beneath the upper surface layer and includes ventilation holes. The spacer layer is between the non-porous layers for providing cushioning and for ensuring airflow in lateral, longitudinal and perpendicular directions, even when the seat is occupied. The spacer layer is fixed in position between the first layer and the second layer for preventing slipping of the spacer layer.

A ventilated vehicle seat includes a first portion and a tongue portion. The first portion includes a porous upper surface layer, a non-porous first inner layer that is adjacent to the upper surface layer and that includes ventilation holes, a non-porous lower surface layer, and an expanded spacer layer between the non-porous layers that provides an air space. The tongue portion includes a tongue that is integrally-formed with the first portion. The tongue extends from the edge of the first portion and includes an opening in one of the non-porous layers. The opening provides access to the air space within the expanded spacer layer.

A new design, applicable to most shoe types, having isolated, compressible rubber cushions as the only contact points with the ground. These cushions, usually 4 in number, are attached at only key points to an overlying flexible skeleton, made of a durable but bendable support structure. The ‘skeleton’ in turn is affixed to an overlying compressible ‘mattress’. This entire structure, consisting of compressible mattress, skeleton, and cushions duplicates the arch of the foot. Under the force of walking, running, etc. the rubber cushions will compress to absorb the force of the step. The overlying skeleton will also absorb energy by bowing convex downward at the toes, middle, and heel of the foot. Similarly the air space of the overlying mattress will also be compressed, absorbing pressure. Upon lifting the foot, the opposite actions will occur, releasing energy in an upward and forward direction, and thereby both lifting and propelling the foot.

An electrographic sensor unit and method for determining the position of a user selected position thereon. The electrographic sensor unit includes a layer of a conductive material having an electrical resistivity and a surface, at least three spaced apart contact points electrically interconnected with a layer of conductive material, a processor connected to the spaced apart contacts and disposed to selectively apply a signal to each of the contact points, and a probe assembly, that includes either a stylus of a flexible conductive layer spaced apart from the layer, coupled to the processor with the stylus disposed to be positioned by a user in vicinity of a user selected position on the surface of the layer, or that position being selected with a user's finger on the flexible layer and to receive signals from the layer when the contact points have signals selectively applied thereto. The user selected position is determined by the processor from signals received from the stylus, or flexible layer, each in relation to a similar excitation of different pairs of the contact points under control of the processor. The conductive layer may be either two or three dimensional and may be a closed three dimensional shape. There may also be multiple layers with the processor being able to discern on which of those layers the user selected position is located. Further, provision is made to correct the calculated coordinates of the selected position for variations in contact resistance of each of the contact points individually. Additionally, a nonconductive skin having selected graphics printed thereon, such as a map, can be placed over the layer and the proces-sor further convert the calculated coordinates of the selected position to coordinates that relate to the graphical information printed in the skin, and even electro-nically (e.g., audio or visual) present information to the user relative to the graphical location selected as the selected position.

An electrographic sensor unit and method for determining the position of a user selected position thereon. The electrographic sensor unit includes a layer of a conductive material having an electrical resistivity and a surface, at least three spaced apart contact points electrically interconnected with a layer of conductive material, a processor connected to the spaced apart contacts and disposed to selectively apply a signal to each of the contact points, and a probe assembly, that includes either a stylus of a flexible conductive layer spaced apart from the layer, coupled to the processor with the stylus disposed to be positioned by a user in vicinity of a user selected position on the surface of the layer, or that position being selected with a user's finger on the flexible layer and to receive signals from the layer when the contact points have signals selectively applied thereto. The user selected position is determined by the processor from signals received from the stylus, or flexible layer, each in relation to a similar excitation of different pairs of the contact points under control of the processor. The conductive layer may be either two or three dimensional and may be closed three dimensional shape. There may also be multiple layers with the processor being able to discern on which of those layers the user selected position is located. Further, provision is made to correct the calculated coordinates of the selected position for variations in contact resistance of each of the contact points individually. Additionally, a nonconductive skin having selected graphics printed thereon, such as a map, can be placed over the layer and the proces-sor further convert the calculated coordinates of the selected position to coordinates that relate to the graphical information printed in the skin, and even electro-nically (e.g., audio or visual) present information to the user relative to the graphical location selected as the selected position.

A face-down recovery apparatus for use in rehabilitation of patients, particularly vitreoretinal surgical patients. The apparatus has a base and a housing that is pivotally connected to the base by an actuator. A support is positioned contiguously on the housing for received a user in a face-down position. The apparatus is moveable between a substantially vertical, upright orientation to a substantially horizontal orientation. The apparatus is in a substantially upright vertical orientation when the support receives a user in a standing position. The face of a user is secured in a face-down position in a face support, and the rest of the user is secured to the support in a standing position in an unrestricted manner permitting mobility. As the housing is tilted into a horizontal position, the user is positioned in a substantially horizontal orientation. As the user is tilted between the substantially vertical upright orientation and the substantially horizontal orientation, the user's face is continuously maintained in a face-down position in the face support.

A latch assembly includes a closing panel having an end with a closing panel tab extending therefrom. A clasp lever is pivotally attached to the end of closing panel and forms a space into which the closing panel tab extends. Inner peripheral sidewalls of the clasp lever forming the space allow the clasp lever to rotate around outer peripheral sidewalls of the closing panel tab when the clasp lever pivots around the end of the closing panel. An incessant force component is disposed within the space between the closing panel tab and a rear inner sidewall of the clasp lever and biases the clasp lever to a neutral position with respect to the closing panel. A force applied to an outer surface of the clasp lever against the bias causes the clasp lever to pivot around the end of the closing panel from the neutral position.

A helmet with an optical display system is provided with a custom fit protective liner which precisely aligns the wearer's eyes with the optics on the helmet. The helmet is manufactured by positioning the subject's head in a fixture; determining the position of the subject's pupils with respect to the fixture; scanning the subject's head with a laser while positioned in the fixture in order to obtain a 3-D model of the subject's head; and providing a helmet liner having an outer surface which is profiled to position it inside a helmet shell. The position of the subject's pupils may be determined by scanning pupil locating features of the fixture. The 3-D model is then used to provide the helmet liner with an inner surface which conforms to the subject's head and is positioned with respect to the outer surface so that the outer surface will have a predetermined position with respect to the subject's pupils. The helmet liner is then fitted in the helmet shell to form a helmet. The helmet shell may thus be fitted with pre-positioned optics which are properly positioned with respect to the subject's pupils.

A dog diaper system comprising pants having a central section and a lower section and an upper section and a pair of side sections. The pants have an interior surface positionable adjacent to the dog wearing the pants and an exterior surface. An upper strap has a free first end stitched to the upper section adjacent to one side section and a second end coupled to the upper section adjacent to the other side section. Fasteners are attached to the surface of the side sections for coupling the pants to a dog.

An exoskeletal backpack system includes a pelvic superstructure, a trunk superstructure, and an articulating connector. The pelvic superstructure is configured to be carried by a user, such as, for example, a person. The trunk superstructure also includes a user engagement element that is configured as a pair of flexible composite shoulder extensions.

A wheeled luggage case that is tilted for towing is provided with a retractable and, optionally, telescoping handle (4) assembly that is withdrawn from the interior of the case to an extended vertical position at the intersection of the top and rear walls, from which it is angularly rotated by the user to a position that minimizes the vertical force that is required to support the hand grip to comfortably tow the luggage. Preferred angular displacements for a wide range of users and loads positioned in and on the luggage case have been found to be at about 17° and 35° from the vertical position.

A cellular telephone designed specifically to be visually appealing and practical for the elderly and those with reduced dexterity. Although the keypad buttons on the cellular telephone are approximately 260 square millimeters and have large spaces between adjacent keys to reduce instances of pressing the wrong button and to optimize visibility of the character digits on the key, the entire cellular telephone is approximately three inches wide, is lightweight and folds into a compact space, and can be held in one hand by an elderly individual. A large display is present. At least three jumbo integer keys are present on each portion of the foldable interactive surface. Unnecessary technological function keys are eliminated. Pressing the “HELP” key on the reverse side of the telephone body calls a medical or rescue service and displays medical information on the display.

An adult stroller includes a movable frame adapted for use by a person to assist in ambulatory movement, and a canopy that is positioned substantially above and carried by the movable frame. A flexible shield extends downwardly from the front portion of the canopy to at least partially cover a front portion of the movable frame. Such coverage effectively protects a passenger from the environment or potential inclement weather.

A method for controlling the transitions between two different pressures supplied by a breathing therapy device using a transition pressure profile for which the basic shape, the magnitude and the duration may be controlled by a user of the device or the user's therapist.

An ergonomic face mask is provided for the administration of gas under a positive pressure to a patient. The face mask includes a cushion that provides a seal with the patient's face, and a dome connected to the cushion that receives a connection tube for receiving the gas from a source, such as a bag. The dome is asymmetrical, and defines a plurality of grooves and protuberances configured to allow the comfortable use of the mask with one hand.

A wheeled luggage case is provided with a universal pivoting extendable handle assembly that includes a handle that is movable from a protected retracted position in a contoured mounting plate to a fixed angularly rotated position that is about 35° from the vertical in order to minimize the vertical force on the handgrip experienced by users of wide range of heights while towing the luggage. The handle can be provided with one or a pair of telescoping legs and various handgrip configurations.

A portable travel headrest for supporting the head of a seated individual includes a head cradle with a cushion (100), a base footing (200), and a medial support (300) vertically sandwiched between the head cradle and the base footing. Semi-rigid materials are used to beneficially reduce bulk. In one embodiment, the use of semi-rigid materials also advantageously allows for adding couplers (401, 402) to compact, adjust, and replace the headrest parts.

The invention enables coordinated, flexible, agile, and energy efficient temperature variation among a plurality of rooms, as found in a hotel, an apartment building, or a group of exercise rooms, by transferring heat between the rooms. Air can be moved by fans and / or heat can be transferred by a heat pump. Heat transfer between exercise rooms can be powered partly by exertion of individuals in the rooms. Rapid air exchange can quickly equalize temperatures in adjacent rooms. Embodiments exchange heat between rooms and interior and / or exterior reservoirs of warmer and cooler air and / or water, and some embodiments move air from the reservoirs into and out of the rooms. Heat can be pumped into or out of the system, and air and / or water can be added or extracted from the reservoirs. In some embodiments heat is moved sequentially through a variable series of rooms, creating a monotonic variation of temperatures.

An integrated inclement weather garment and chair having a removably mounted garment system designed so as to provide the user improved protection from the elements while providing a lightweight, portable, and stable resting platform. Embodiments of the garment system envelop at least a portion of the user in a protective material, the present invention providing comfort and warmth while allowing freedom of movement necessary to accommodate a variety of outdoor activities including sports spectating, concert events and demonstrations, hunting, fishing, wildlife observation, and other activities.

Certain embodiments of the present disclosure are related to a supportive apparatus for the head and neck. Embodiments of the invention incorporate a C-shaped apparatus shaped to support the posterior region of the neck. A center region found in certain embodiments of the C-shaped apparatus is placed on the posterior of a neck. Lateral supports found in certain embodiments of the C-shaped apparatus are placed on the lateral aspect of a neck. Embodiments of the invention include an opening across a center region functioning to support the apparatus, and to further act as to ventilate a user's nape.

A seating, including a sling seating, can have adjustable and / or non-adjustable cushions. An occupant of the seating can adjust the thickness and support provided by an adjustable cushion. The adjustable cushion can include an open cell foam in an airtight envelope. The occupant can open a control valve connected to the envelope to let air out of the airtight envelope while the occupant applies external pressure to the open cell foam, which decreases the thickness of the adjustable cushion as the open cell foam compresses. The occupant can close the valve to restrict airflow into and out of the envelope at a desired thickness of the adjustable cushion. The occupant can subsequently open the valve to let air into the envelope while the occupant does not apply external pressure to the open cell foam, which increases the thickness of the adjustable cushion as the open cell foam expands.

In accordance with the present invention, there is provided a passenger accommodation arrangement for aircraft which provides both a highly efficient use of available aircraft space and a high level of comfort for passengers. In particular, the novel arrangement allows passengers to easily and comfortably switch between sitting and sleeping positions. The arrangement provides for multiple compartments arranged transversely with respect to the longitudinal dimension of the aircraft. Each compartment includes a stair and multiple, individual passenger accommodation units arranged one above another on each side of the stair. Each unit contains structure which allows a passenger to switch between a sitting position, in which the passenger is supported on a seat surface, and a fully reposed position in which the passenger is supported on a substantially flat, horizontal sleeping surface. Conversion between sitting and sleeping positions is enabled by moveable sections which form part of the passenger bed in a first position and part of the passenger seat in a second position. Passenger units which are vertically adjacent to one another may include complementary and vertically aligned formations to optimize the usable height of the units.

An adaptive-fan-control (AFC) communicating thermostat for controlling an electrical load and controlling an HVAC circulation fan during a load control event. The thermostat interrupts and overrides an occupant-selected fan setting of the thermostat. The AFC communicating thermostat includes a controller in communication with a temperature sensor and the occupant-selectable fan control.

A seat belt massager for detachably fastening on a seat belt, includes a massager body which has a message portion defining an inner treatment surface; a massaging device supported on the massage portion of the massager body and communicated with the treatment surface in such manner that the massaging device is adapted to deliver massage impulse to an exterior of the massager body through the treatment surface; and a seat belt fastening arrangement provided on the massager body for detachably fastening the massager body on the seat belt.

The invention discloses a battery box for a vehicle, a vehicle body component and an automobile. The battery box for the vehicle comprises a first battery accommodation part having a first battery space for accommodating the battery, a second battery accommodation part which is apart from the first battery accommodation part and has a second battery space for accommodating the battery, and a third battery accommodation part which is connected with the first battery accommodation part and the second battery accommodation part, wherein a space between boxes for accommodating feet of a passenger is formed at the two sides of the third battery accommodation part between the first battery accommodation part and the second battery accommodation part; and the third battery accommodation part has a third battery space which is communicated with the first second battery space and the second battery space. The vehicle body component comprises a floor covering member which is provided with an accommodation part for accommodating the battery box for the vehicle, wherein the accommodation part is below the space of the passenger; and a floor beam structure which is fixed on the lower portion of the floor covering member and forms the boundary for accommodating the battery box for the vehicle. Therefore, requirements for relatively high range and safe reliability can be met.