A mattress is described, comprising an ergonomic layer made of foam material and a breathable layer made of three-dimensional polymeric material. The ergonomic layer and the breathable layer are mutually coupled. The breathable layer is individually wrapped in a casing made of a three-dimensional breathable fabric. The combination between the breathable layer and the respective casing, which is also manufactured with a three-dimensional breathable type of material, allows to obtain the maximum breathable characteristics for the mattress.

REST ASSEMBLY FOR RECOVERING THE GEOELECTRIC FIELD, formed from: a laminate, steamed beech wood mattress base (2) with a 100% natural water-based varnish;

and a mattress (3) with a core (4) of latex made from a 100% natural emulsion of the resin of the Hevea brasiliensis tree, which latex is whipped and baked at 120 degrees without chemical additives. The mattress comprises: an anti-moisture ionising sheet (5) made of 100% natural steamed and pressed coconut fibre, with a central layer (6) of rocks of pink salt and white quartz; an antibacterial mesh (7) of bamboo fibre; and a cover (8) of fabric comprising 70% cashmere and 30% organic cotton, with a filling of 4 cm disposed on at least the upper part of the mattress and comprising 100% natural wool, a fabric of organic graphite and silver, and an aluminium plate (9) connected to an earthing device (10).

With regard to a care bed provided with a three-dimensional net-like structure made of a thermoplastic resin, an object is to smoothly bend the three-dimensional net-like structure in multiple stages in response to a complicated motion of a bed main body or a user's specific motion. A three-dimensional net-like structure 101 includes a first three-dimensional sparse/dense structure 1 provided as an alternately layered configuration of structural units 1a.sub.1 to 1a.sub.9 that are sparse in an extrusion direction Y and structural units 1b.sub.1 to 1b.sub.8 that are dense in the extrusion direction Y. In this first three-dimensional sparse/dense structure 1, a bulk density .sub.1 of the sparse structural units 1a.sub.1 to 1a.sub.9 is 0.01 to 0.08 g/cm.sup.3 and a bulk density .sub.2 of the dense structural units 1b.sub.1 to 1b.sub.8 is 0.03 to 0.10 g/cm.sup.3. A ratio .sub.2/.sub.1 of the bulk density of the dense structural units 1b.sub.1 to 1b.sub.8 to the bulk density of the sparse structural units 1a.sub.1 to 1a.sub.9 is 1.01 to 5. A length A.sub.1 of the sparse structural units 1a.sub.1 to 1a.sub.9 is 1 to 50 cm, and a length A.sub.2 of the dense structural units 1b.sub.1 to 1b.sub.8 is 3 to 60 cm. A ratio A.sub.2/A.sub.1 of the length of the dense structural units 1b.sub.1 to 1b.sub.8 to the length of the sparse structural units 1a.sub.1 to 1a.sub.9 is 0.1 to 10.

A pure bamboo fiber mattress and a manufacturing method thereof are disclosed. The manufacturing method includes the following steps: trimming and cleaning bamboo; sawing; splitting; slicing the bamboo strips; knitting; softening; directional fiber opening; dry cleaning, drying and removing dust; stacking; sewing and packing. The pure bamboo fiber mattress includes a surface layer, a transition layer, a core layer, another transition layer and another surface layer that are arranged in sequence from top to bottom. The surface layer includes 3-5 layers of first bamboo mesh fabric laid one on top of another. The transition layer includes 3-8 layers of second bamboo mesh fabric laid one on top of another. The core layer includes 3-8 layers of third bamboo mesh fabric laid one on top of another. The first bamboo mesh fabric, the second bamboo mesh fabric and the third bamboo mesh fabric are made of bamboo fibers.

A textile product and a method for manufacturing thereof are discussed. The textile product comprises about 5-95% natural down clusters by weight and about 95-5% of a secondary fiber material by weight. The method for manufacturing the textile product includes opening a fiber material, adding natural down clusters to the fiber material, mixing the fiber material with the natural down clusters to form a homogeneous mixture, and filling the textile product with the homogeneous mixture.

An osmosis membrane is disposed at the boundary between a three-dimensional network structure section and a foam section. The osmosis membrane allows a liquid foam material to permeate. The three-dimensional network structure section is impregnated with the foam material through the osmosis membrane, and subsequently the foam material is solidified, thereby connecting the three-dimensional network structure section and the foam section to each other. The bonded body of the three-dimensional network structure section and the foam section is completed only by disposing the cushion structure component in between the upper mold and the lower mold, and performing a foaming step.

Temperature management bedding systems for mattresses and quilt panels generally include a trilayer of active components including a phase change material applied to a top surface of a flexible substrate thereof, a fire retardant layer underlying the flexible substrate including hydrophilic rayon fibers treated with ammonium polyphosphate; and a vertically oriented fiber batting layer underlying the first retardant layer including an elastomeric binder. The temperature management bedding systems provide heat control and mass transfer of moisture from the bedding surface.

A structured fiber product is constructed with fibers oriented primarily in a vertical direction. Fibers made from recycled materials are combined with binder fibers which have a lower transition temperature than the recycled fibers. A three dimensional web is formed from the fibers oriented in a horizontal direction. The web is heated to bind the fibers and cooled to fix the web in a predetermined thickness. Sections of the web are stacked while maintaining substantially parallel orientation of the fibers in the horizontal direction, heated to bind the fibers and cooled to fix a predetermined thickness of the structured fiber product. The structured fiber product is rotated so that the fibers are oriented in the vertical direction. One or more slabs of the structured fiber product with vertically oriented fibers may be configured to form a resilient structure such as a mattress core.

The present disclosure provides an article and methods of its manufacture. The article may include a material configured to form an enclosure. The article may further include horsehair disposed within the enclosure. The article may also include a number of beneficial objects dispersed in the horsehair.

The present invention relates to a method for treating a plastic and/or paper waste material having steps including collecting a plastic and/or paper waste material, preferably paper, and highly preferably a release coated cellulose or polymeric sheet material. The material already includes a selected new-use additive preferably selected from flame retardant, hydrophobic material, pesticide, herbicides, minerals, nutrients, and/or mixtures thereof. The method includes the step of preparing the collected material by mixing, separating foreign bodies like metals, etc., and feeding it to a grinding station. The method also includes the step of, in one or several grinding stations, shredding and grinding the materials into small pieces.