42 results about "Tanning tanning" patented technology

A new and improved head and neck support pillow which enables a user to comfortably rest upon his or her stomach. The support pillow is circular with a hole in the center of the pillow which allows the user to insert his or her face. The support pillow also has air holes at the base of the pillow which allows air flow to and from the face for inhalation and exhalation comfort. The support pillow may be completely constructed of PVC plastic with an air valve. The support pillow may be completely inflatable. The support pillow may also be accompanied with a terrycloth or similar fabric cloth which rests on the top of the support pillow for added comfort and is tied to the support pillow around the bottom base of the support pillow. A pocket may be sown in the pillow cover to allow insertion of a fragrance which would give the user an aroma therapy effect and added comfort to the user. A pocket may be sown on the pillow cover that is capable of holding an MP3 player.

An automated sun tan lotion spray booth, which may be used at the beach or pool, without an attendant; and which may offer dispensing of a selection of sun tanning lotions, followed by fan drying; the spray booth may be connected to a dressing booth, which may dispense hair coverings, etc.

A topical solution that looks and performs like an oil, but with the totally non-oil-like characteristic of being completely water soluble. The present invention utilizes materials that have the oil-like look and feel, i.e. polyoxyethylene ethers, but define an end product which is water soluble. Sun screen active ingredients can also be incorporated into this formulation to yield desired SPF values

The invention discloses an environment-friendly raw skin preservative and a preparation method thereof. The preservative comprises the following component raw materials in percentage by weight: 42-61% of sodium chloride, 16-27% of polyvinyl alcohol, 16-27% of polyethylene glycol, 0.5-5% of polypropylene glycol, 0.5-5% of polytetrahydrofuran ether glycol and 0.5-2% of polyacrylamide, and the sum of weight percentages is 100%, wherein the molecular weight of polyvinyl alcohol is 25000-35000, the molecular weight of polyethylene glycol is 1000-10000, the molecular weight of polypropylene glycol is 400-2000, and the molecular weight of polytetrahydrofuran ether glycol is 600-2000. The preservative provided by the invention has small usage amount, is safe and nontoxic and can be biologically degraded, the total dissolved solids (TDS) and chloride pollution in tanning waste water can be greatly lowered, and no negative effect is produced on following tanning process.

The invention relates to a preparation method of cationic aldehyde-containing polymer/montmorillonite nano-composite tanning agent. The nano-tanning agents are still in a development stage at present, reports are relatively few. The invention adopts intercalation cyclization polymerization method to prepare strengthening and toughening-type cationic aldehyde-containing polymer/montmorillonite nano-composite tanning agent for leather and takes water-soluble cationic monomer diallyl dimethyl ammonium chloride, acrylamide, glyoxal and montmorillonite as raw materials, the diallyl dimethyl ammonium chloride and the acrylamide are cyclized and polymerized in a montmorillonite layer to prepare poly-diallyl dimethyl ammonium chloride- acrylamide/montmorillonite nano materials which are reacted with the glyoxal to prepare the cationic aldehyde-containing polymer/montmorillonite nano-composite tanning agent for leather. Matching with 2 percent of chrome tanning tanning agent, the tanning tanning agent can make thickening ratio of crust leather reach 71.05 percent, increase the tensile strength to 262.60 percent, and increase the tearing strength by 62.87 percent.

The invention discloses a fur tanning agent based on isocyanate and a preparation method of the fur tanning agent. According to the process, diisocyanate molecules are adopted to perform end-capping on two ends of fat-diol or polyether glycols in a mixed solution under the condition of catalysis, and prepolymer with high selectivity and high conversion rate is obtained; then, hydrosulphite is adopted to protect isocyanate groups on two ends of the prepolymer, the water solubility of the compound is increased, and the tanning agent is obtained finally. The molecular weight of the tanning agent can be controlled, thereby being applicable to tanning of furs with different fibrous textures; during the tanning process, the fur tanning agent can effectively permeate to the position among the fur collagen; hydrosulphite decomposes under the condition of raised temperature and raised alkali, the tanning agent molecule expose the isocyanate group to cause the isocyanate group to react with the amino group on the collagen molecule, crosslinking of the fur collagen is realized, and the purpose of tanning is achieved; only neutral salt is released during the entire process, heavy metal ions or free aldehyde groups are not generated, the process is simplified, the fur tanning agent is environment friendly, the price is low, the fur tanning agent is very suitable for fur, especially tanning of rabbit fur with light color.

The invention relates to a method for tanning ultrathin goat clothing leather by a chrome-free metal composite tanning agent. The method comprises the steps of acid enzyme bating and tanning; and in the tanning process, an LTA-100 type metal (chrome-free) composite tanning agent, a chrome-free tanning additive D5, a tanning promoting agent GM-15 and the like are adopted. The method is characterized in that leather in industrialized production has the thickness of between 0.4 and 0.6 millimeter and good strength; and the shrinkage temperature can reach over 90 DEG C; the leather has no pollution of chrome and phosphor, releases no formaldehyde, has rich coloration and is more suitable to be manufactured into white leather than chrome tanning leather; and sludge for manufacturing leather can be directly incinerated and has no potential danger of hexavalent chrome. The method can substitute the tanning of the prior chrome powder to the leather and remove the pollution of production process and chrome salt in waste of a leather product to human and environment simultaneously, thereby creating a new approach for producing the chrome-free tanning leather and the clothing leather in a tannery.

The invention relates to an indoor sun tanning device based on optical fiber light guiding. The indoor sun tanning device comprises a lighting unit, an illumination tracking and control unit, a light filter, an optical fiber transmitting unit and a light scattering unit. The illumination tracking and control unit comprises a central control module and a cloud deck driven by a longitudinal motor and a transverse motor in a three-dimension mode; the lighting unit is installed on the cloud deck to collect daylight, and is connected with the optical fiber transmitting unit through the light filter; collected daylight is focused by the lighting unit, is filtered by the light filter and then enters a room of a building through the optical fiber transmitting unit; the light scattering unit is arranged at the light outlet end of the optical fiber transmitting unit. The indoor sun tanning device achieves the purpose of tracking and collecting daylight in the daytime in an omni-directional and no-dead-angle mode.

The invention discloses an environment-friendly tanning method and device of leather. The method comprises the following steps of S1, raw material pretreatment; S2, tanning treatment; S3, rinsing andneutralizing; and fourthly, finishing treatment. The environment-friendly tanning device of the leather comprises a base, a fixed frame and a rotating cylinder. The fixed frame is mounted on the base,the rotating cylinder is mounted on the fixed frame and is rotatably connected with the two ends of the fixed frame, a waste water recycling bin is mounted below the base and communicates with the base, an existing leather tanning method is improved, temperature and PH value in the raw leather tanning process can be adjusted, the tanning speed is improved, in the whole tanning process, a plant tanning agent, ammonium sulfate and sodium chloride serve as main components of tanning liquid, neutralizing is carried out through sodium bicarbonate, waste water treatment is easy, and the whole process is environment-friendly.

An apparatus for delivering liquid utilizing a wand with a nozzle, a toggle switch, and a supply canister for delivering self-tanning and sun-tanning solutions to a human body is disclosed. Projections on the wand facilitate a direct connection to a supply canister containing the chosen liquid to be delivered without the necessity of an exposed external tube suspended between the wand and the supply canister. The wand may be detached and reattached to the supply canister for storage or use.

The invention relates to a method for collecting and utilizing the building window/veranda solar energy. According to the technical scheme of the invention, cuboid-like frames are fixed outside the outer wall of a building and one frame is set for each family as a unit. Each frame is covered onto the lighting surface to be utilized by one family. A track parallel to a facade wall is fixedly arranged on the frames. On the track parallel to the facade wall, movable bunched blades are fixedly connected with the track via movable intermediate members. The blades are integrated with solar power members. The bunched blades are controlled to expand and form an array, so that a lighting body approximately parallel to the fa ade wall is formed. The lighting body is used for photovoltaic power generation. Based on the above method, the solar radiation on the sunny slope of the window/veranda of a building can be utilized, so that the resource that cannot be utilized in other ways can be utilized. Therefore, the temporal air-gap resource utilization problem can be ingeniously solved. Meanwhile, the family operation cost of each family is saved. Moreover, the normal life and the sun tanning of the owner of the building are not disturbed at all.

The invention discloses a chrome-free leather tanning method. The chrome-free leather tanning method comprises three steps of deacidification, organic chlorine tanning agent tanning and aluminum tanning. The method comprises the following steps: deacidifying pickled skin; adding an organic chlorine tanning agent to carry out first tanning treatment on leather, wherein the structural formula of theorganic chlorine tanning agent is that the substituent group 4,6-dichloro-1,3,5-triazine-2-amine group is located at the ortho position, meta position or para position of salicylate hydroxyl, and M is H, Na or K; after tanning with the organic chlorine tanning agent, adding an aluminum tanning agent to further tanning leather, wherein aluminum sulfate is selected on the aluminum tanning agent. Inthe tanning process of the invention, no chromium-containing substance is used, chromium pollution is not generated, and the whole tanning process is more green and environment-friendly; at the sametime, the chrome-free leather tanning method has good tanning effect on the leather, and the shrinkage temperature reaches above 95 DEG C or above.

The invention relates to a method for tanning leather by jointly using alkaline protease, titanium salt and zinc salt. When the alkaline protease serves as a soaking auxiliary agent, NaCl is adjusted in a soaking process. Compared with a simple soaking method, the method can effectively shorten the time by 8-10 hours, and wet-white leather tanned by titanium and zinc can meet requirements on splitting temperature. The technology in the invention meets requirements of environmental protection, by alkaline protease powder, collagen is filled with water fully in a soaking procedure, soaking time is shortened, and reduction of the discharge amount of chromium in wastewater in a tanning process is facilitated by development of a titanium and zinc combined technology. In addition, by a chromium-free tanning process, treatment difficulty of waste chromium shavings generated in a production process can also be reduced.

The invention provides a method for improving the absorptivity of a chrome tanning agent in the tanning process through microwave irradiation pretreatment. The method is characterized by comprising the following steps: dissolving a chrome tanning agent in water to prepare chrome tanning liquid with certain concentration; raising the temperature to 30 to 50 DEG C by utilizing microwave irradiationunder a stirring condition; stirring and carrying out heat preservation treatment for 30 to 150 minutes at the temperature; then adding the treated chrome tanning liquid into a rotating drum and adding a certain amount of neutral salt; after the drum is rotated until the neutral salt is completely dissolved, a proper amount of pickled bare leather can be put into the drum to be subjected to chrometanning according to a conventional method, the weight of the bare leather is 100-200% of the weight of tanning liquid, and parameters such as tanning agent dosage, liquid ratio, temperature, time and pH value in the chrome tanning process are the same as those of conventional chrome tanning. By adopting the method provided by the invention, the chromium absorption rate in the tanning process canbe remarkably improved, and the chromium content in the wastewater is reduced. Materials used in the method are chemical raw materials commonly used in the tanning industry, the influence of the technical scheme on existing chrome tanning operation is small, and the practicability is high.

The invention relates to a method of tanning sheep boot leather with non-chrome metal compound tanning agent, comprising steps of pre-tanning of organic aldehyde and tanning. LTA-100 metal (chrome-free) compound tanning agent, chrome-free tanning partner D5, tanning assisting agent GM-15 and the like are adopted during the process of tanning. The invention is characterized in that: the shrinkage temperature of leather in industrialized production can be above 90 DEG C; chrome pollution and phosphorus pollution are not produced, and formaldehyde is not released; whiling dyeing, the leathers have rich colors so that the leathers are better for white and light leathers rather than the chrome tanning leathers; the tannery sludge can be directly burned without causing potential danger of hexavalent chrome; due to the good compatibility with the existing tanning technology, a special adjustment to the after-tanning technology and materials is not necessary. The invention can be used for substituting the traditional technique of leather tanning by chrome powder, meanwhile removing pollution to human and environment by chromium salts during the process and in the wastes of leather products, thus creating a new way to produce chrome-free tanning leather for tanneries.