2024results about "Pillows" patented technology

A headrest assembly for a user to recline thereon. The headrest assembly comprises an upper portion for supporting the users head and a lower portion for supporting the users upper back. There is a rigid base that supports the upper and lower portions. At the upper portion, there are one or more upper cushions coupled to the rigid base. The upper cushion(s) are configured to support a users head. At the lower portion, one or more elongated back support(s) are coupled to the rigid base. Also disclosed are methods for using a headrest assembly.

The invention discloses an intelligent adjusting method and system for self-adaptively adjusting a pillow type based on a sleeping posture of a user, belongs to the technical field of intelligent pillow type adjustment, and is used for solving the defects of the prior art in the aspects of support adaptability, adjustment accuracy, data monitoring dimension, interaction capability and the like of an intelligent pillow system. And better sleep experience cannot be provided for the user. The method comprises the following steps: acquiring a pressure distribution matrix of a head and physiological data of a user through a multi-mode perception sensor array; wherein the user physiological data at least comprises respiratory frequency information and cervical curvature information; analyzing the pressure distribution matrix and the physiological data of the user through the edge calculation chip, and identifying the current sleeping posture of the user; according to the current sleeping posture of the user and the cervical vertebra curvature information, adjusting parameters of the intelligent adjusting air bag pillow are determined; and according to the adjusting parameters, the intelligent air pump is controlled to adjust the height and rigidity of the to-be-adjusted air bag.

The present disclosure provides a pillow. The pillow relates to the technical field of pillows. The pillow includes a pillow body. The pillow body is provided with a head support and a neck supporting end; the neck supporting end is arranged on an outer side of the head support; the neck supporting end is a convex plate extending outwards relative to the head support; a height range of the head support is 6 cm to 12 cm; and a height range of the neck supporting end is 6 cm to 12 cm. By the adoption of the above technical solutions, the neck supporting end is configured to carry the cervical vertebra of the user, so that when people sleep on the pillow, the cervical vertebra can maintain a natural physiological curve, making people sleep more comfortably.

A slipcover for a pillow includes a cover body. The slipcover body includes a first surface and a second surface. The cover body defines an open interior that is adapted to receive the pillow. The cover body has a medial region and two arms extending from the medial region to define an outer periphery and an inner periphery. The cover body further includes a bolster at the outer periphery extending along a majority of the medial region and protruding away from the first surface.

A travel pillow with a zippered blanket including a pillow assembly and a blanket assembly. The pillow assembly includes a pillow. The blanket assembly includes a blanket having zipper portions on lateral sides thereof. The pillow has a major arc shape. The pillow has a curved top surface. The pillow is made of a memory foam fabric covered by velour fabric. The pillow is a travel pillow. The zipper is operated to close the blanket in a closed loop. The blanket can enclose a use. The blanket is attached to the pillow.

An inflatable mattress is provided for allowing a user to temporarily rest or sleep on a hard surface. The inflatable mattress has an inflatable main body adapted for a human body to lie thereon in a prone position. The inflatable mattress also has an inflatable pillow on the main body that is adapted for a human head to rest thereon. The inflatable mattress also has an air-intake valve to fill the mattress with air and an exhaust valve to release the air. When air has been exhausted from the mattress, the mattress may be folded and / or rolled up into a compact size for storage.

The invention provides a sleep-aiding medicine pillow dynamic regulation and control method and system based on physiological parameter analysis. According to the method, pressure data and sleep bio-electricity signals of a contact area of a user are collected in real time, a characteristic frequency band proportion and a heart rate fluctuation parameter are analyzed, and a correlation model is established; calculating a bioelectricity signal energy integral value of the characteristic frequency band based on the model, and quantizing to generate a bioelectricity intensity index; the heat conduction efficiency is changed by adjusting the molecular density of the temperature-sensitive material, and a contact layer heat transfer dynamic instruction is generated; pressure feedback and instruction waveform characteristics are combined, the micropore on-off duty cycle is adjusted, and the opening duration of unit time is controlled; the drug release rate is synchronously adjusted, so that the response waveform and the heat conduction instruction are dynamically balanced, and closed-loop regulation is formed. According to the application, through multi-parameter dynamic analysis and feedback adjustment, accurate cooperative control of heat conduction and medicine release of the medicine pillow is realized, and the matching degree of sleep-aiding substance release and sleep rhythm is optimized.

The invention provides an intelligent pillow and a control method thereof, and belongs to the technical field of intelligent home furnishing.The intelligent pillow comprises a pillow body, the pillow body is provided with a snore stopping air bag, a pressure sensor array, a microphone line array and a control box, the snore stopping air bag is connected with an air pump through an air pipe, and the control box is in signal connection with the air pump; the pressure sensor array is in signal connection with the control box, and the pressure sensor array is used for collecting head pressure signals of a user and transmitting the head pressure signals to the control box; the microphone line array is in signal connection with the control box, and the microphone line array is used for collecting sound signals of a user and transmitting the sound signals to the control box so as to judge the snoring state of the user; the snore stopping air bag corresponding to the head position of the user is adjusted to change the external form of the pillow body, so that the head position of the user is changed. The snore problem of the user can be effectively relieved, and the sleep quality of the user is improved.

The invention provides a method for adjusting the surface temperature of a pillow, and the method comprises the steps: determining the initial parameters of a temperature hot spot arrangement scheme according to the material and size of the pillow, including the hot spot spacing and the hot spot number, carrying out the simulation of the temperature hot spot arrangement scheme, and obtaining a temperature distribution cloud picture of the surface of the pillow; on the premise that the temperature distribution uniformity index is met, a hot spot arrangement scheme is optimized, and the number of hot spots is reduced while the temperature adjusting effect is guaranteed; according to the optimized hot spot arrangement scheme, temperature sensors and heating elements are arranged at the corresponding positions of the surface of the pillow, the temperature sensors are used for collecting temperature data of the hot spots in real time, and the heating elements conduct power adjustment according to the temperature data; establishing a mathematical model between the heating element power and the hot spot temperature, and calculating and obtaining a control method of each heating element according to different target temperatures; ergonomic simulation software is adopted to analyze the curved surface of the surface of the pillow, and the hot spot arrangement scheme is finally adjusted.

A pillow for side, back, and stomach sleepers, including: (a) a first compartment; (b) a second compartment; (c) wherein the first and second compartments are associated with each other via a primary hinge and a secondary hinge; (d) wherein the pillow is readily convertible between an unfolded configuration and a folded configuration; and (e) wherein the unfolded configuration is adapted for back and stomach sleepers, and wherein the folded configuration is adapted for side-lying sleepers.

Disclosed is an anti-snoring pillow, including a pillow bottom plate, a sleeping posture sensor is fixedly connected to a lower surface of the pillow bottom plate, and a sleeping posture airbag and a main control box are fixedly connected to an upper surface of the pillow bottom plate, wherein a head position sensor is fixedly connected to an upper surface of the sleeping posture airbag, an anti-snoring airbag is fixedly connected to an upper surface of the head position sensor, and the main control box is in communication connection with an air pump box, the air pump box is connected to the sleeping posture airbag and the anti-snoring airbag through pipelines, and wherein the sleeping posture sensor and the head position sensor are in communication connection with the main control box, and a pillow supporting cotton is provided on the upper surface of the pillow bottom plate.

Disclosed herein are systems and methods for supporting a patient, for example, for preventing or ameliorating pressure injuries or supporting a resting posture of a patient. The system can include a first layer comprising a sheet having a sheet length, a sheet width, and a vertical center line extending along the longitudinal axis of the sheet; a second layer affixed to the first layer, and longitudinally aligned with the vertical center line; and means for securing the first layer to a mattress and tensioning the second layer. The first layer and the second layer form a plurality of pockets disposed over the vertical center line, each respective pocket comprising at least one opening and configured to receive a pressure redistributing insert or a repositioning insert.

A pillow includes a core cushion and at least one cushioning grid superimposed with the outer surface of the core cushion. The core cushion includes an outer surface and opposite side edges. The at least one cushioning includes opposite side edges positioned adjacent to the opposite side edges of the core cushion, the opposite side edges of the at least one cushioning grid defining a width; a central axis extending along the width; and a plurality of interconnected walls defining a plurality of voids and oriented over the outer surface, the plurality of interconnected walls configured to collapse within the plurality of voids when the opposite side edges of the at least one cushioning grid are forced toward each other in a direction that is substantially parallel to the central axis to collapse the pillow.

A bead structure has a retaining shell. The retaining shell is a fabric hollow structure. A bead interior is retained within the retaining shell. The fabric hollow structure can be formed in the shape of a flat elongated row. The fabric hollow structure retains a set of beads. The bead interior includes the set of beads. The set of beads includes a bamboo bead, a bodhi bead, a sequoia bead, a cypress bead, and a cork bead. The bead grooves are formed on the set of beads. The bead grooves increase the surface roughness of a bead surface.

The invention provides an intelligent pillow control method and system, and belongs to the technical field of intelligent control. The method comprises the steps that an FPGA obtains a user sleeping posture data set collected by a pressure sensor array; and determining a current sleep stage based on the user sleep posture data set and a pre-trained sleep stage recognition model. According to the user sleeping posture data set, the historical sleeping posture data set and a preset cervical vertebra supporting curve, a first correction target parameter matrix corresponding to the current cervical vertebra curvature deviation value of the user is determined; wherein the first correction target parameter matrix comprises first correction target parameters corresponding to air bags in different areas of the intelligent pillow; the first correction target parameter is the airbag pressure adjustment amount dynamically constrained by the receptor dynamic frequency; and based on the current sleep stage and the first correction target parameter matrix, determining a corresponding airbag adjustment parameter group, operating an airbag driving module according to the airbag adjustment parameter group, performing airbag pressure adjustment, and updating the first correction target parameter matrix according to the real-time body movement frequency.

A garment includes a garment body, a pillow housing (including a pillow pad), and a drawstring assembly. The garment body is configured to enclose a torso of a wearer. The pillow housing is secured to the garment body. The pillow housing encloses a pillow pad. The pillow housing is convertible between an uncompressed and a compressed state. The drawstring assembly includes at least one drawstring extending around the pillow housing. A pull force exerted on the drawstring causes the pillow housing (and the pillow pad contained therein) to convert from the uncompressed to the compressed state. In the compressed state, the pillow housing and pillow pad form a cushion configured to provide support for a wearer's neck and head.

A cushion with heat preservation, cold insulation and freshness preservation functions is provided, relating to the technical field of home and outdoor patio leisure products. The cushion includes an outer cover and an inner core, as well as a containing bag located in the inner core. The bag body of the containing bag is provided with an insulation layer, and the opening of the containing bag corresponds to the first opening and closing structure of the outer cover. In outdoor camping and other scenarios, items that need heat preservation can be placed in the containing bag, which can reduce the number and volume of items needed to be carried, making them easy to carry, on the other hand, items such as food can also be insulated and kept fresh, making it convenient for users.

The invention relates to a massage pillow. An existing massage pillow is poor in massage experience. The massage pillow comprises a pillow body, a massage assembly arranged at the top of the pillow body and a control box arranged outside the pillow body, the control box controls air pressure in the massage assembly, the massage assembly comprises a large annular bag and a small annular bag which are in a circular ring shape and are concentrically arranged in a sleeved mode, and the large annular bag comprises two arc-shaped unit bags which are symmetrically arranged in a split mode. The air pressure in the small ring bag is independently adjusted and massage stimulation is applied to a supported object, the air pressure in the unit bag is independently adjusted, and a supporting surface with an adjustable inclination angle is formed through the top surface, so that the posture of the supported object is adjusted. By arranging the large annular bag with the independent unit bags and the small annular bag arranged in the large annular bag, the massage stimulation intensity is improved by increasing the vertical telescopic stroke of the massage assembly, the posture of the head of a user can be adjusted through the two independently-arranged unit bags, the pressing acting force on the head of the user is improved, and the overall massage experience is improved.

A nursing pillow has pillow cover generally defining a discontinuous annular shape with a first arm and a second arm each extending from a base portion around a central open region to a respective arm end. The pillow cover defines an interior volume. The pillow cover defines an opening along an outer perimeter with access into the pillow cover. In some embodiments, the pillow cover has an interior pocket configured to store the cover-up. A fastener along the opening is configured to selectively maintain the opening in a closed state. A cover-up is attached to the inside of the pillow cover along at least part of a bottom end, where the cover-up is sized and configured to be stored in the pillow cover and deployable from the first opening for use.

The invention relates to the technical field of oxygen supply, and provides a self-adjusting dispersion type oxygen-enriched sleep pillow which comprises an oxygen conveying assembly, a monitor, an analyzer and an oxygen supply controller, oxygen is conveyed to an oxygen conveying pipe of the sleep pillow through the oxygen conveying assembly, the heart rate and the blood pressure of a target object are monitored through the monitor, historical data monitored by the monitor are analyzed through the analyzer, and the oxygen supply controller is connected with the sleep pillow. The method comprises the following steps: identifying an anoxia influence period through the heart rate and blood pressure of a target object, distinguishing a significant influence period and a weak interference period based on an anoxia influence tendency characterization value, monitoring the oxygen state of a sleep pillow target object area, determining oxygen catheter characterization parameters, and predicting whether the oxygen concentration of the target object area is abnormal or not based on the oxygen catheter characterization parameters. According to the method, the influence of environmental area difference on the target object in the running process of the oxygen-enriched sleep pillow is considered, the oxygen compensation device is adaptively started, and then the oxygen supply efficiency and the oxygen condition of the target object area are guaranteed.

A shoulder support structure for stabilizing and supporting a shoulder of an individual in a lateral decubitus position with proximal and distal pillows, each with central, front leg, and rear leg portions that define a reception area for receiving the shoulder and upper torso of the individual. An upper connector couples the central portions of the proximal and distal pillows, and first and second lower connecting straps, which can be adjustable in length, connect the frontal and rear leg portions of the pillows. The distal pillow can be formed into a closed loop by a connector. Retaining straps retain the pillows relative to the shoulder of the individual, whether by encircling the neck and torso of the individual or by coupling the shoulder support formed by the proximal and distal pillows to a second shoulder support likewise formed by proximal and distal pillows.

A mattress insert, able to be inserted into a traditional mattress, includes a plurality of compartments, each containing gel beads and water suitable for simulating the feeling, pressure relief, and temperature regulation of a waterbed. The mattress insert is placed into a foam structural material of the mattress, providing the mattress insert with support and preventing the spread of the gel beads within the insert. The foam core of the mattress may be either solid or rounded. This mattress technology and insert is useful for beds, including medical beds and dog beds, recliners, chairs, and sofas.

A slip-on travel pillow cover is disclosed. The cover is detachable and reusable to enclose standard travel pillows. The cover features an outer surface and an inner surface, with the inner surface tailored to cradle the neck opening of the pillow cover. A zipper fastener is disposed along the outer surface enabling easy insertion and securement of a travel pillow within the cover. The cover is adaptable and stretchable to accommodate various pillow sizes and comes in multiple designs and colors. In another embodiment, a rectangular or square cover is provided. The cover includes a unique zipper disposed along one edge for accommodating a travel pillow. The pillow covers of the invention can include anti-microbial properties for enhanced hygiene and customizable designs for user satisfaction.

A garment for supporting a head of a wearer of the garment with an inflatable cushion includes a main body which is shaped and configured to be worn on a torso of the wearer and defines a neck-receiving hole. A hood is coupled to the main body adjacent to the neck-receiving hole. The hood comprises an inner layer and an outer layer, between which an inflatable cushion is held. The inflatable cushion has a U-shape and extends around the neck-receiving hole. A pair of ends of the U-shape face forwardly with respect to the hood. The inner layer of the hood extends past the inflatable cushion substantially tangent to an inner surface of the inflatable cushion when the inflatable cushion is in an inflated state.

A travelling kit for storing travel accessories in a travel bag, wherein the travel bag is transformable to a travel blanket. The travel blanket, in a planar, flat condition, circumscribes a cover portion defined by perimetral joining edges adjacent an interface of the travel blanket and the cover portion. The travel portion is foldable around a neck pillow and other travel accessories so that when the cover portion is folded in half, the resulting adjacent perimetral joining edges can be joined to form the travel bag that encloses the travel accessories.

A convertible neck pillow adapted as a pillow in a first configuration and as clothing in a second configuration comprising a U-shaped pillow body defining a hollow interior and a convertible garment having a body portion. At least a part of the convertible garment is attached to an interior surface of the pillow body. In the first configuration, the body portion is located within the hollow interior of the pillow body to form a stuffing of the convertible neck pillow. In the second configuration, the body portion is external to the hollow interior such that the body portion is adapted to be worn by the user. The convertible neck pillow further includes a fastener on the pillow body configured to close at least a portion of an opening on the pillow body configured for passing at least a portion of the convertible garment therethrough.

The embodiment of the invention provides an operation method of a height-adjustable pillow and the height-adjustable pillow, and relates to the field of articles of daily use. And under the condition that the external pressure is removed, the elastic body in the air bag rebounds to generate negative pressure, and air enters the air bag through the opened control valve and / or one-way valve to complete the inflation action. Under the condition that external pressure is applied, the controller obtains current sleeping posture data through the sleeping posture detection assembly and recognizes the current sleeping posture of a user, then the control valve of the corresponding air bag is opened to conduct deflation operation, and after the real-time detection value meets the requirement, the controller closes the control valve and stops the deflation process. According to the method, an elastic body is arranged in an air bag, and the synergistic effect of a control valve and an air pressure sensor is combined, so that automatic adjustment of the height of the pillow and low-noise inflation are achieved, and the system complexity and the maintenance cost are greatly reduced while the functionality of the height-adjustable pillow is guaranteed; and the overall reliability of the product and the user experience are improved.