87 results about "Absorbent material" patented technology

DEPCT67 This invention provides a method for producing recycled pulp fibers from used absorbent materials; a method. That leads to the achievement of recycled pulp fibers that exhibit high dispersibility, and which matter Foreign particles are easily detected and removed; this invention provides a method for producing pulp fibers. Recycled from used absorbent materials containing pulp fibers, a method that includes a dehydration step (S03). and the loosening step (S04) in the dehydration step, the membrane fibers are separated from the used adsorbent and Cleaned and introduced into dehydration during the loosening process, each piece of the fibrous mass is a pulp. A certain amount that was formed by dehydration is unleashed to produce recycled pulp fibers;

An absorbent article is provided that can further improve the fit relative to the excretion opening by utilizing a central pleat. The absorbent article (1) comprises: an absorbent body (30) having absorbent material; a top sheet (21) disposed in a central region (R10) of the width center (1CW) of the absorbent article, which abuts against the wearer's skin; and a central pleat (40) disposed between the top sheet and the absorbent body, which raises the top sheet toward the skin side (T1) in the central region. The central pleat has a central telescopic member (42) that extends at least in the front-back direction. The central pleat is engaged with the top sheet at a pair of first joints (45) on both sides relative to the width center of the article, and engaged with the absorbent body at a pair of second joints (46) on both sides relative to the width center of the article.

The invention relates to a glazing unit (10) comprising glazed walls (7) forming a cavity, which cavity includes a device comprising at least one plate (3) having a plurality of perforations (6) arranged periodically and defining a chamber (2) located within the cavity, the chamber (2) containing a compressible porous absorbent material (8) arranged to be, in a first state of insertion, compressed for its introduction into said chamber (2), and, in a second state of operation, expanded to conform to the walls of said chamber (2), said compressible porous absorbent material retaining the same acoustic performance in said first state of insertion and in said second state of operation. The invention also relates to such a device, and a method for manufacturing the glazing unit. Abstract figure: [Fig. 1]

An RV waste receptacle includes a top layer formed of flexible, absorbent material, a middle impermeable layer having the planar dimensions of the top layer affixed to the top layer at its front, side and rear edges. A bag formed of impermeable material has an open mouth, sealed side seams and a sealed bottom seam. The bottom seam is joined to a rear edge of the middle layer. A bottom layer is joined to the middle layer forming an open pocket for the bag. The bag includes a pull tab attached to the open mouth. The invention is placed in an RV toilet and used. After use, the pull tab is used to extend the bag. A hand is inserted into the bag grasping the underside of the bottom layer and pulling it and the contents of the layers into the bag to be sealed and disposed of.

This invention relates to fiber optic ring assemblies, specifically to a fiber optic ring assembly and a sealing process method to improve its long-term stability. This addresses the technical problems of existing fiber optic ring assemblies, such as the inability to guarantee the accuracy performance of the fiber optic ring when exposed to air, poor sealing performance at the small holes in the fiber optic ring shell, and slippage of the fiber optic ring and pigtails from the fiber optic ring shell due to weak adhesive. The invention includes a fiber optic ring shell and a fiber optic ring. The fiber optic ring shell includes a fiber optic ring frame and a cover plate, which are sealed together. The fiber optic ring is installed within the cavity formed by the fiber optic ring frame and the cover plate. The invention also includes a flexible absorbent material covering the fiber optic ring. The flexible absorbent material fills the space within the cavity of the fiber optic ring shell, excluding the space occupied by the fiber optic ring. A channel is provided on the fiber optic ring shell connecting the cavity to the outside. At least one pigtail of the fiber optic ring extends from this channel. The channel is sealed.

This utility model relates to the field of indoor air purification technology and discloses an ultra-low energy consumption building indoor air purification device, including a mounting base, connecting rod, air pump, power components, gas absorber, and cleaning tray assembly. The cleaning tray assembly consists of a cleaning tray shell and a cleaning tray top plate that are detachably connected. Through the snap-fit ​​structure of the clip and snap-fit ​​post, and the pre-positioning cooperation of the positioning ring and the positioning groove, the cleaning tray shell and the cleaning tray top plate can be quickly disassembled and assembled, facilitating the inspection and maintenance of the internal components of the cleaning tray assembly, further reducing operation steps and saving maintenance time. Secondly, through the sliding cooperation of the guide block and the guide groove, combined with the characteristic of the limit block automatically retracting under compression, the gas absorber can be quickly installed and disassembled without the entire cleaning tray being disassembled, solving the problem of complex operation in the prior art that "the entire cleaning tray needs to be disassembled to replace the absorbent material," and significantly improving maintenance efficiency.

This disclosure relates to a packaged absorbent product for men comprising an incontinence guard and a wrapper, wherein the guard comprises a back sheet, a top sheet, and an absorbent material between the two sheets, the top sheet facing the user when worn, the guard unfolds along a longitudinal axis and a transverse axis, the transverse axis divides the guard into an upper region having an outer boundary edge and a lower region having a lower edge, the guard tapers toward the lower edge and comprises a fixing region that secures to the user's clothing, the fixing region extends along the longitudinal axis, the wrapper covers the fixing region, the wrapper extends along the longitudinal axis between the outer boundary edge and the lower edge, the guard includes a fold line, the fold line extends along the transverse axis to define a lower end region below the fold line, the guard folds along the fold line, and the product comprises a sealing system that keeps the folded guard in that state, the sealing system attaching the wrapper to itself at a position adjacent to the outer boundary edge and the lower edge when the guard is folded along the fold line.

The invention discloses a tar absorbent performance prediction and high-throughput screening method, system and equipment and a medium. The method comprises the following steps: constructing an absorption assistant structure library and a tar component structure library; respectively sampling the two structure libraries, establishing a water phase-absorption aid-oil phase model, and carrying out sufficient molecular dynamics simulation until a data set with a specified scale is formed; pre-training the deep learning network model; selecting an actual tar component, determining a tar component descriptor, and screening out an absorption assistant subset by using a pre-trained deep learning network model; the method comprises the following steps: determining absorption aids of a plurality of representative structures in an absorption aid subset, determining absorption rates through experiments, performing fine tuning training on a model to obtain a high-throughput screening model, and predicting all structures in an absorption aid structure library to obtain the absorption aid with the highest absorption rate. The method has the advantages of high-precision prediction, low experiment cost, high expandability and the like, and is suitable for rapid research, development and screening of the absorption additive material.

To provide an absorbent article that is easy to attach. [Solution] An absorbent article according to one embodiment includes a surface sheet placed on the skin side of the wearer, a back sheet placed on the non-skin side opposite to the skin side, and an absorbent material placed between the surface sheet and the back sheet, and comprises a main body portion extending longitudinally between the dorsal edge and the ventral edge, the main body portion having a first fold line formed between the center line of the main body portion in the longitudinal direction and the dorsal edge and extending transversely perpendicular to the longitudinal direction, and a second fold line placed between the center line of the main body portion in the longitudinal direction and the ventral edge and extending transversely, at least a portion of the first fold line and the second fold line being fold marks formed by folding the main body portion in a valley fold when viewed from the skin side, and guide marks for guiding the position where a part of the wearer's body should be placed in the longitudinal direction are formed on the main body portion so as to be visible from the skin side, at least a portion of the guide marks being placed between the first fold line and the second fold line.

This invention belongs to the field of industrial waste gas treatment technology and discloses a method for treating siliceous acidic gases. It addresses the challenge of treating acidic waste gases containing hydrogen fluoride and submicron silicon particles generated during tantalum-niobium hydrometallurgical processes, solving the problems of low purification efficiency, easy crystallization and clogging, agglomeration of active components in absorbent materials, and high operating costs associated with traditional processes. The method converts the siliceous acidic gas into an acidic liquid through absorption by deionized water in a pre-washing tower. A mesoporous alumina-zinc-based composite absorbent material synthesized using PAA micelles as a soft template is then added. After pH adjustment and stirring, purification is completed, followed by filtration and separation. This invention utilizes the spatial barrier effect of PAA micelles to inhibit particle agglomeration and increase the exposure rate of active sites. The composite absorbent material achieves a synergistic effect of silicon capture and defluorination, eliminating the need for high-dose reagents, resulting in high purification efficiency, strong system stability, and effective prevention of equipment clogging and corrosion. It is suitable for the efficient and environmentally friendly treatment of siliceous acidic waste gases from tantalum-niobium hydrometallurgical processes.

The present disclosure relates to a urine collection device. The urine collection device comprises a liquid impermeable layer at least partially defining an interior volume, wherein the liquid impermeable layer comprises a urine inlet opening and a collection region. The urine collection device further comprises a conduit comprising a first opening being in communication with the urine collection region, and an absorbent material arranged inside the interior volume and extending from the urine inlet opening towards the urine collection region to define a low flow urine transportation path. The urine collection device further comprises a high flow urine transportation path extending from the urine inlet opening to the urine collection region, wherein a urine flow rate per unit area is higher for the high flow urine transportation path compared to the low flow urine transportation path.

An absorbent article (1) has an absorbent body (10), a ventral waist portion (20) and a dorsal waist portion (30), wherein at least one of the ventral waist portion (20) and the dorsal waist portion (30) has a sheet portion (25) including a cotton layer (25a) and at least partially disposed on the upper side in the vertical direction above the absorbent body (10) at the skin-side closest to the skin, a joint portion (50x) formed by joining adjacent sheet members adjacent to the upper sheet portion (25UP) from the non-skin-side in the thickness direction by welding or bonding, and a non-joint portion (50z) where the upper sheet portion (25UP) and the adjacent sheet members are not joined by welding or bonding.

OCR06WT A set of tools and processes for low-temperature regeneration that can be used. Benefits of the adsorption system can include feeding low-temperature regeneration gas to the suction device. At least one offline sub-device is required for the regeneration of absorbent material within the container. In offline absorption systems, the regeneration period can be set to facilitate regeneration. Some forms of adsorption materials, which do not require high-temperature regeneration, can be achieved. The design is then configured so that post-cooling operations proceed while regeneration gases are fed in. The absorber can therefore be avoided to allow the appearance to take advantage of the heating time efficiently. More effective

An absorbent article comprising a liquid pervious topsheet, a liquid impervious backsheet, and an absorbent core comprising an absorbent material between a top core wrap sheet and a back core wrap sheet, said absorbent core being positioned in between said topsheet and said backsheet, said absorbent core having a first and second longitudinal edge and a first and second transverse edge, said absorbent core having a first portion (130a), (130b) and a second portion (130b), (130a) on either side of a transverse crotch line (L), wherein the absorbent core is provided with a plurality of attachment zones where the top core wrap sheet is attached to the back core wrap sheet, wherein, measured in a transverse direction, a first maximum distance between a first and a second attachment zone is bigger than a second maximum distance between a third and a fourth attachment zone.

The present disclosure provides articles having an absorbent core with a plurality of segmented volumes defined by a network of filaments, with an absorbent material therein. Suitable articles which may be formed with this absorbent core include, for example, diapers such as infant diapers, juvenile diapers and training pants, feminine hygiene products such as menstrual pads, adult incontinence products such as adult briefs, protective underwear, pads and bladder control pads, pet training pads, and other disposable products utilized to absorb fluids.

The invention relates to a spacer device for a glazing unit, the spacer device comprising a straight profile (1, 10, 100) that comprises at least four walls (3, 4, 5) defining therebetween at least one chamber (2, 21, 22), the profile extending over a profile length, one (3) of the walls comprising a plurality of periodically arranged perforations (6). The chamber (2) comprises an acoustic insulation material (8) and, optionally, a desiccant (9). Any one (4, 5) of the walls not comprising the perforations has at least one longitudinal through-opening (40, 51, 52) which extends at least partially over the length of the profile (1, 10, 100), the at least one longitudinal through-opening (40, 51, 52) being hermetically sealed by a sealing closure element (20), fixed at least to the wall (4, 5) having the at least one longitudinal through-opening (40, 51, 52).

A drive system for a cutting and transfer apparatus includes a jackshaft; an anvil shaft coupled to a plurality of anvils; a puck wheel mounted to a drive shaft and including a plurality of pucks; an operator side having a first pulley mounted on a first end of the jackshaft, a second pulley mounted on an end of the anvil shaft, and an endless belt which surrounds the pulleys; and a non-operator side having a first pulley mounted on a second end of the jackshaft, a second pulley mounted on an end of the drive shaft, and an endless belt which surrounds the pulleys; a gearbox dividing the jackshaft into an operator side portion coupled to the first pulley of the operator side, and a non-operator side portion jackshaft coupled to the first pulley of the non-operator side; and a servo motor for driving the gearbox.

The present application relates to the technical field of material testing, and in particular to a liquid diffusion performance testing method and system for an absorbent material, comprising the following steps: placing a sample on a testing platform and applying a pressurizing device; injecting a quantitative test liquid into the sample through the liquid injection hole of the pressurizing device in multiple stages by a constant-flow liquid feeding device; using a sensor array to monitor and record the diffusion process parameters of the test liquid in the sample in real time; after the test liquid diffuses stably, measuring and recording the static diffusion parameters; performing a back infiltration amount test and a deformation recovery capability test on the sample, and calculating a comprehensive index set based on the collected data. The present application simulates the actual use scenario by multi-stage liquid injection, uses a multi-dimensional data acquisition system to track the liquid diffusion process, penetration time and material thickness change in real time, and combines static parameter measurement and deformation recovery test, so that the liquid diffusion performance of the absorbent material can be evaluated comprehensively and objectively to a certain extent.

The present invention relates absorbent article having a wearer facing surface and a garment facing surface, the absorbent article comprising: a topsheet, a backsheet, and a layer of absorbent material disposed between the topsheet and the backsheet, wherein the topsheet comprises a first layer comprising cellulose-based fibers, the first layer comprising a first surface, an opposite second surface, and a plurality of apertures having side walls, wherein the first surface of the first layer forms at least part of the wearer facing surface; wherein the first surface of the first layer comprises at least one non-aperture area having a first non-aperture area contact angle as measured by Contact Angle Test; and wherein each of majority of the apertures has a side wall having an aperture contact angle as measured by Contact Angle Test, the aperture contact angle being higher than the first non-aperture area contact angle.

To efficiently manufacture composite stretchable sheets of varying lengths according to the size of the absorbent material. [Solution] A method for continuously manufacturing a first composite stretchable sheet having a first pitch or a second composite stretchable sheet having a second pitch in the conveying direction, wherein the first composite stretchable sheet is provided with stretch reduction regions (LE) at each first pitch, and the second composite stretchable sheet is provided with the same stretch reduction regions (LE) at each second pitch, and comprises a sheet joining process (S203) for joining stretchable sheets (22, 23) and a non-stretchable sheet (21), and a stretch reduction process (S204) for forming stretch reduction regions (LE) at each first or second pitch in the conveying direction, wherein the pattern roll (241) rotates once to form a stretch reduction region (LE) while the first composite stretchable sheet is conveyed by the first pitch, and the pattern roll (241) rotates once to form a stretch reduction region (LE) while the second composite stretchable sheet is conveyed by the second pitch.

The article to which the design pertains is a disposable diaper. The article has a pant-type outer casing that forms the outer surface of the diaper, and an absorbent body fixed to the inner side (the side facing the wearer's skin) of the outer casing. The absorbent body has a liquid-permeable surface material, a liquid-impermeable backing material, and an absorbent material placed between them.

An absorbent article has a front side, a back side, a longitudinal axis, a liquid permeable topsheet, a liquid impermeable backsheet and an absorbent core between the topsheet and the backsheet. The absorbent core includes a first type of channels, wherein the top side and the bottom side of the core wrap are bonded to another, and a second type of channels, wherein the top side and the bottom side of the core wrap are not bonded or are less bonded to one another in this second type of channels than in the first type of channels. The absorbent material may also include cellulose and superabsorbent particles.

An absorbent article including an absorbent core sandwiched between a liquid-permeable topsheet and a liquid-impermeable backsheet, and comprises a front portion, a back portion and a crotch portion located between the front portion and the back portion. The absorbent component includes a coherent area in only the front portion and the crotch portion of the absorbent article. The absorbent component includes oblong high basis weight areas of absorbent material alternating with oblong low basis weight areas of absorbent material. The high basis weight areas of absorbent material and the low basis weight areas of absorbent material not extending into the back portion of the absorbent article. The core comprises a conformance zone with absorbent material in the back portion of the absorbent article having 5-50% of the total average basis weight of the absorbent material in the absorbent component in the front portion of the absorbent article.

This utility model relates to a hydrogen-rich box, including a box body 10 and a box cover 20. A hydrogen-generating electrode 30 is provided at the bottom of the box body 10. The hydrogen-generating electrode includes a proton exchange membrane 31, a cathode plate 32, and an anode plate 33. The cathode plate 32 is disposed above the proton exchange membrane 31, and the anode plate 33 is disposed below the proton exchange membrane 31. The beneficial effects of this utility model are: hydrogen-rich water is generated in a sealed box, preventing hydrogen loss; the hydrogen-rich water is absorbed by absorbent materials such as towels inside the hydrogen-rich box, and then applied to the skin using the absorbent materials, improving the utilization rate and health benefits of hydrogen in the health care process. Using a hydrogen-generating electrode with a proton exchange membrane can prevent oxygen and chlorine from mixing into the hydrogen-rich water, avoiding the influence of ozone and chlorine on the hydrogen health care process.

The present invention provides an absorbent article comprising an absorbent material containing a superabsorbent polymer, wherein the absorbent material containing the superabsorbent polymer is capable of ensuring sufficient absorption of body fluids. [Solution] The absorbent article 1 comprises a surface sheet 2, a first absorbent 4 disposed on the non-skin side of the surface sheet 2 and composed of an SAP sheet containing a superabsorbent polymer, and a second absorbent 5 disposed on the non-skin side of the first absorbent 4. The absorbent article 1 further comprises an embossed portion formed from the surface sheet 2 toward the first absorbent 4 and reaching at least the non-skin side surface of the first absorbent 4. When the first absorbent 4 is divided into three equal regions in the width direction W, the embossed portion includes a first embossed portion 13 located in the regions at both ends of the width direction W and extending along the longitudinal direction L.

Provided is a conveyance device and a recording device capable of reducing the likelihood of degradation of a cleaning roller. The conveyance device includes: a conveyance belt (22) having a support surface (26) capable of supporting a medium and capable of conveying the medium supported on the support surface; a cleaning roller (32) including an absorbent material (52) capable of absorbing a cleaning liquid and capable of cleaning the support surface by contacting the support surface with the absorbent material; a supply portion (31) capable of supplying the cleaning liquid to the cleaning roller; and a blowing portion (35) capable of blowing a gas to the support surface cleaned by the cleaning roller, the blowing portion being configured to be capable of blowing the gas to the cleaning roller.

A method for manufacturing an absorbent core (142; 221) for a disposable absorbent hygiene article (201), comprising: • - providing a first core cover (104) and introducing at least one pleat (109) into the first core cover (104), forming a first pleated core cover (1041) with a reduced width; • - applying an adhesive to the first pleated core cover (1041); • - causing the first pleated core cover (104) to fit into a recess (113) disposed in a mat former (201), said recess (113) comprising at least one channel-forming element (115) disposed on a lower surface (114) of the recess (113) and causing the pleat (109) in the first core cover (104) to unfold at least partially into the at least one channel-forming element (115); • - Apply absorbent material (121, 122) over the first core cover band (104) in the gap (113);• Apply an adhesive to a second core cover strip (124); • Apply the second core cover strip (124) to the first core cover strip (104) and to the absorbent material (121, 122) disposed on the first core cover strip (104); • Form an absorbent laminate (140) comprising the absorbent material (121, 122), the second core cover strip (124), and the first core cover strip (104) by pressing together the second core cover strip (124) and the first core cover strip (104); and • Form individual absorbent cores (142) by cutting the absorbent laminate (140). An absorbent core and an absorbent article comprising the absorbent core are also described.

A radar-absorbent material (201) and a method (100) of producing such a radar- absorbent material (201) is disclosed. The radar-absorbent material (201) comprises a radar-absorbent foam (200). The radar-absorbent foam (200) comprises a plurality of pores (202) wherein said pores (202) are defined by one or more interior surfaces (204) of the radar-absorbent foam (200). The method comprising applying (102) a parylene coating (212) to at least one of said interior surfaces (204).