39results about How to "Prevent rewet" patented technology

The invention discloses a PLA (polylactic acid) non-woven fabric diaper with high breathability. The PLA non-woven fabric diaper comprises a surface material, a water absorption core layer and a bottom membrane from inside to outside, wherein the surface material adopts a three-layer structure consisting of an upper layer, a middle layer and a lower layer, PLA short fiber webs are arranged on the upper layer and the lower layer, PLA long fiber non-woven fabric is arranged on the middle layer, and guide holes with pore diameters of 10-30 meshes are distributed on the PLA long fiber non-woven fabric. According to the diaper with the high breathability, upper-layer PLA short fiber non-woven fabric in three-layer PLA fiber webs is adopted as a surface layer, lower-layer PLA short fiber non-woven fabric is adopted as a guide layer, middle PLA filament non-woven fabric is adopts as an isolated layer, the three layers are bonded into integral non-woven fabric in a hot melting compound manner, the method for compounding the guide layer and the non-woven fabric on the surface layer through glue spraying in the production process of conventional diapers is not required, and the breathability between the surface layer and the non-woven fabric on the guide layer is greatly improved.

An absorbable dressing able to slowly release solution is composed of a skin-contacting layer with multiple conic holes, an absorbing layer containing the water-soluble antibacterial agent, ferment and growth factor powder, a guide layer for guiding the exudate from wound to absorbing layer, where it becomes hydrogel, and an air permeable layer.

The invention discloses a solid stretched slotting mesh which is molded by nonwoven fabric or plastic film or the composite material of the nonwoven fabric and the plastic film by the mold stretching and slotting technology. The solid stretched slotting mesh is characterized in that the mesh is uniformly distributed with circular arc grooves which are arranged at intervals in a staggered way or are arranged at intervals transversely between the adjacent rows or in the same line; the bottoms of the circular arc grooves are provided with combined holes; the combined holes are N through holes; N through holes are arranged transversely in the same line; the through holes are separated from each other at intervals; the quantity of the through holes is one or two or N; a blank area between the circular arc grooves is an circular arc convex top; the circular arc grooves are connected with the circular arc convex top smoothly; and the thickness of the molded mesh is 5 to 10 times of the thickness of the material. The solid stretched slotting mesh is the high-grade plus material of one-off sanitary products such as feminine sanitary towel, protection pad, panty-shape diaper and medical mattress. The circular arc grooves are good for containing body fluid, and the body fluid permeates into a flow guidance layer fast through the combined holes, thereby being capable of effectively preventing the body fluid from side leakage and flowing back. The circular arc convex top reduces the contact area with human skin, and the solid thickness of the mesh is increased, so that the solid stretched slotting mesh is ventilative, can eliminate humidity and ensures that human body feels softer, drier and more comfortable.

The invention discloses a non-woven fabric capable of enabling liquid to quickly underflow and inhibiting backflow. The non-woven fabric capable of enabling the liquid to quickly underflow and inhibiting backflow is characterized by comprising an upper-layer non-woven fabric and a lower-layer non-woven fabric, wherein the areal density of the upper-layer non-woven fabric is not less than 35 g/m <2>, and the areal density of the lower-layer non-woven fabric ranges from 20 g/m<2> to 40 g/m<2>. The preparation method comprises the following steps: preparing a fiber web A from ES single hydrophilic fibers is through a non-woven carding net-forming and cross-lapping process; preparing a fiber web B from ES multi-hydrophilic fibers through a non-woven direct lapping process; placing the fiber web A over the fiber web B and carrying out reinforced compounding through a needle punching or hot rolling bonding process. in an initial state, the non-woven fabric is hydrophilic, quick underflow ofliquid can be ensured, when the liquid penetrates through the non-woven fabric, the hydrophilic oil agent of the single hydrophilic fiber is washed and separated by the liquid, the fiber web of the layer is changed from hydrophilic to hydrophobic, the hydrophilic state of the multi-hydrophilic fibers is maintained, at the moment, by the upper hydrophobic layer, backflow of the liquid under the condition of compression can be prevented effectively, and dryness of an upper layer is ensured.

The invention discloses an extrusion system and extrusion method for harmless swill separation. The system comprises an extrusion frame, an extrusion shell, a feeding mechanism, an extrusion device, adetection device, an automatic discharging device and an extrusion controller. An extrusion cavity and a water storage space which are coaxially arranged are formed in the extrusion shell. The extrusion device comprises an extrusion motor, a stud, an extrusion block and at least one set of stirring blades. The detection device comprises a moisture sensor I and a moisture sensor II, wherein the moisture sensor I is used for detecting the moisture content of the kitchen swill located in the feeding mechanism; and the moisture sensor II is used for detecting the water content of the kitchen swill in the side, away from the extrusion block, of the extrusion cavity. The automatic discharging device comprises a discharging switch, a liquid outlet pipe and a liquid outlet switch. The extrusion controller controls the discharging switch and the liquid outlet switch according to the moisture content I, the moisture content II and a difference value, and adjusts the rotating speed of the extrusion motor. According to the system, the extrusion efficiency and the extrusion effect are improved, the energy utilization rate is high, and full-automatic discharging and dehydration are realized.

The invention discloses a porous film, a forming device thereof and application of the porous film. The thickness of the porous film is larger than or equal to 0.8 mm, pits penetrate through the surface layer or bottom layer of the porous film and are distributed continuously, at least one small hole is embedded in the bottom of each pit, and the porous film is applied to one flow guide layer of one absorbing product and manufactured through the integrated seamless columnar netting gear forming device. The thickness of the porous film and the equivalent diameter of the pits are large, when theporous film is used in the flow guide layer of the hygienic product, body fluid can be temporarily stored in the pits and permeate into an absorbing layer through holes in the bottom, and it is effectively prevented that a great deal of body fluid instantaneously reach the absorbing product, the hygienic product does not absorb the body fluid to cause body fluid rear and lateral leakage.

The invention discloses a deep-seepage deodorizing floor drain, which comprises a body, wherein the upper part of the body is provided with impoundment grooves; a deodorizing bowl is arranged above the impoundment grooves; the lower edge of the deodorizing bowl is immerged into standing water in the impoundment grooves; the lower part of the body is provided with a plug-in mounting part of which a lower end is sealed; the plug-in mounting part is sleeved with connecting pipes connected with a drainage pipeline; the upper part of the connecting pipe is provided with a water-seepage structure for draining the standing water between ceramic tiles and the floor; a water outlet communicated with the drainage pipeline is reserved on a sidewall at the lower end of the plug-in mounting part; and a water seal structure is also arranged in the plug-in mounting part. The deep-seepage deodorizing floor drain has a simple structure, is convenient to mount, can effectively drain the standing water between the ceramic tiles and the floor and effectively prevent water in the floor drain from back-seepage into the floor, improves deodorizing capability, prolongs the lifetime of the water seal and effectively avoids odor in the sewage drainage pipeline overflowing out of the floor drain.

The invention discloses an auxiliary water seepage deodorant floor drain comprising a floor drain body, wherein a deodorant bowl is arranged on the upper part of the floor drain body; an inserting part is arranged on the lower part of the floor drain body; the inserting part is sheathed with a connecting tube connected with a drainage pipeline; a gap is arranged between the inserting part and the connecting tube; an opening part is arranged on the upper end of the connecting tube and matched and connected with the inserting part in a sealing way; a water seepage structure is arranged on the upper part of the connecting tube; a water guide body for guiding water seepage is arranged on the outside wall of the connecting tube; the arrangement position of the water guide body is positioned below the water seepage structure; and the lower end surface of the inserting part is lower than the arrangement position of the water guide body. The invention can ensure that the structure is simple; the installation is convenient; standing water outside the floor drain effectively seeps to the floor drain through a permeable layer and is drained through the drainage pipeline; the grounds of washrooms, kitchens and balconies usually having standing water can be quickly dried; the pasting time of tiles can be ensured to be long; the water in the floor drain can be prevented from returning to the gap of the tiles and the ground; and the floor drain is specially suitable to be used in southern moist environment.

The invention discloses an absorbing product which comprises a liquid permeating surface layer, an absorbing layer and a bottom film layer. The absorbing layer is located between the liquid permeatingsurface layer and the bottom film layer. The absorbing layer comprises a perforated film and an absorbing core body, the perforated film is provided with an open hole running through the surface layer and the bottom layer of the perforated film, and super absorbent resin is arranged in the open hole of the perforated film. Due to the open hole in the perforated film in the absorbing layer, body fluid can be effectively guided to the absorbing core body and prevented from bleeding back, due to the fact that the super absorbent resin is arranged in the open hole of the perforated film, the super absorbent resin can be effectively prevented from being scattered or scattered to the outer layer of the absorbing product in the absorbing product production process, and the phenomenon that the absorbing layer is broken and caked due to the fact that the super absorbent resin is moved or shifted after water swelling of the super absorbent resin is avoided.

The invention discloses bagasse drying equipment. The bagasse drying equipment comprises a dewatering device, a smashing device and a drying box; the dewatering device comprises a rolling unit and a sucking unit arranged in the rolling unit, the rolling unit comprises a first roller and a second roller which have the same size, and a first gap used for rolling materials is formed between the firstroller and the second roller; the smashing device is arranged under the dewatering device and comprises a funnel type stock bin and a smasher; and the drying box is arranged under the smashing device, and the lower portion of the drying box is provided with an air inlet used for allowing flue gas or hot air to be introduced.

The invention discloses an intelligent optical lens self-decontaminating device which comprises a device body. The device body is formed by lens plates in the device body and a microcomputer arrangedon the top of the device body, and a second water pump is arranged at the bottoms of the lens plates vertically. According to the intelligent optical lens self-decontaminating device, an i5 7500 processor is arranged, an operating command of a worker can be executed, the intelligence of the device is greatly improved, rolling wheels are arranged, when the worker moves the device body, the worker can move the device body conveniently through the rolling wheels, convenience of the device body is greatly improved, and the device has a good development prospect in the future.